GDA BIBLIOGRAPHY
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493: Kononogov, S A, "SYSTEMS OF UNITS AND PROPOSALS FOR THE
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020: Mohr, Peter J, and Taylor, Barry N, "Update: 1999", of
023c Mohr, Peter J, and Taylor, Barry N, "CODATA Values of the
023b Mohr, Peter J, and Taylor, Barry N, "CODATA Values of the
023d Mohr, Peter J, and Taylor, Barry N, "SI diagram" and
023f Mohr, Peter J, Taylor, Barry N, and Newell, David B, "CODATA
408: Moon, C H, and Simons, D, "Geometrical Method for Relativistic
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416: Moon, P, and Spencer, D E, "Internationality in the Names of
417: Moon, P, and Spencer, D E, "Internationality in the Names of
418: Moon, P, and Spencer, D E, "Internationality in the Names of
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---------------------------------++---------------------------------
NUMERICAL LISTING
Go to Author Notes Key
001: O'Connor, J J, and Robertson E F, "John Napier"; 1 June 2017 at
http://www-history.mcs.st-andrews.ac.uk/Mathematicians/Napier.html,
H:L:R:(SEE www.gap-system.org/~history/Mathematicians/Napier.html)
002: Nelson, Robert A, "Guide for Metric Practice", Physics Today
Buyer's Guide, Aug, 1994, p BG15
D:t:U:t:R:
003: Nelson, Robert A, "Guide for Metric Practice", Physics Today
Buyer's Guide, Aug, 1999, p BG11
D:t:U:t:R:
004: Nelson, Robert A, "Guide for Metric Practice", Physics Today
Buyer's Guide, Aug, 2000, p BG15
D:t:Q:R:U:t:(BIPM, NIST, ANSI, IEEE, ISO, ASTM)(SI REQUIRES SPECIAL
NON-TYPEWRTITER SYMBOLS: DOT, DEGREE, MULTIPLE FONTS, ETC)
004b: Nelson, Robert A, "Guide for Metric Practice", Physics Today
Buyer's Guide, Aug, 2001, p BG15
005: Kose, V, "Dissemination of Units in Europe", Metrologia,
vol 31, 1994/1995, p 458
006: Corrsin, Stanley, "A Simple Geometric Proof of Buckingham's Pi
Theorem", American Journal of Physics, vol 19, nos 1-9, 1951, p 180
M:V:Q:(MLT SPACE, DIMENSION SPACE, VECTOR ADDITIONS)(DIMENSONAL
EQUALITY OF TWO SETS OF PRODUCTS: THE TWO CORRESPONDING VECTOR
ADDITIONS TERMINATE AT THE SAME POINT)
007: Mills, I M, "Unity as a Unit", Metrologia, vol 31, 1994/1995,
pp 537-541
008: Allen, C W, ASTROPHYSICAL QUANTITIES (Book), copyright 1955,
1963 Athlone Press, University of London, distributed by Constable
and Co, Ltd, pp 12-29
C:L:Q:U:t:(p 13: SOME VALUES AS COMMON LOGS)
009: Egidi, Claudio, "Comments and Other Contributions: Concerning
the Contribution of Professor Giorgi to the System of Units",
QUANTUM METROLOGY AND FUNDAMENTAL PHYSICAL CONSTANTS (Book), NATO
Advanced Science Institute Series, vol 98, 1981, edited by Paul H
Cutler and Amand A Lucas, copyright 1983 Plenum Press, N Y,
(Proceedings of a NATO Advanced Study Institute on Quantum
Metrology and Fundamental Constants held Nov 16-28, 1981, Erice,
Italy), ISBN 0-306-41372-8, 31272 00302 8998, pp 631-641
L:Q:U:t:(COMMON LOGS ARE ALWAYS INTIMATELY INVOLVED IN DEFINITIONS
OF UNIT SYSTEM CONVERSIONS AND HENCE THE BASIS FOR QUANTIFICATION
ITSELF)(Giorgi'S MKSA, RATIONALIZATION)
010: Ambler, "SI Units: Philosopical Basis for the Base Units",
National Bureau of Standards Technical Bulletin, vol 55, no 3,
1971, pp 64-67
D:U:(VIA 033);
011: Bruce, Ian, "Napier's Logarithms", American Journal of Physics,
vol 68, no 2, Feb, 2000, p 148
H:L:M:Q:(Napier DEFINED LOGS GRAPHICALLY, COMPARING PROGRESS ALONG
TWO LINES, ONE REPRESENTING AN ARITHMETIC PROGRESSION, OTHER A
GEOMETRIC PROGRESSION, INSTITUTING GRAPHICAL BASIS FOR
MULTIPLICATION THROUGH ADDITION OF EXPONENTS; TABLES WERE SET UP AS
A CALCULATING DEVICE, TO "EASE THE BURDEN OF CALCULATION", WITH THE
"NUMBERS SPEAKING FOR THEMSELVES"; Napier ALSO RESPONSIBLE FOR THE
DECIMAL POINT; Oughtred MAY HAVE CONTRIBUTED ANONYMOUSLY TO AN
APPENDIX IN A Napier PUBLICATION; Briggs CREATED A TABLE OF COMMON
LOGS, WITH THE IMPORTANT 10^0=1)
012: Devons, F R S, "Use of Logarithmic Notation in Science and
Engineering", Nature, vol 177, Feb 25, 1956, p 373
L:Q:(MULT PREDOMINANT OVER ADDITION IN MUCH OF SCIENCE; LOGS ARE
EASIER TO USE AND SIMPLIFY CALCULATION: ADD EXPONENTS TO MULTIPLY;
LOGS TAKE LESS SPACE, ARE EASIER TO REMEMBER, ARE SIMPLER NOTATION,
NO MIXING OF NUMBER AND POWER AS IN SCIENTIFIC NOTATION, LOGS BRING
OUT MAGNITUDE MORE DIRECTLY)(VIA 033)
013: White, C R, "Two Dimensional Slide Rule-Reduced Cubic
Equation", The Journal of the American Mathematical Society (The
American Mathematical Monthly), vol 66, Apr, 1959, p 351, and
vol 68, Sept, 1961, pp 697-699
L:M:(2D SLIDE RULE MENTIONED; PATENTED?)
014: Bobick, James E, and Peffer, Margaret, editors, SCIENCE AND
TECHNOLOGY DESK REFERENCE (Book), copyright 1993 Carnegie Library
of Pittsburgh Science and Technology Department, Gale Research Inc,
Detroit, Washington, DC, London, ISBN 0-8103-8884-7, LOC# 92-075423
H:L:Q:(John Napier PUBLISHED HIS LOG TABLES IN 1614 AND BONES IN
1617; Edward Gunter PUBLISHED HIS LOGARITHMIC LINE OF NUMBERS IN
1620; William Oughtred PUBLISHED HIS SLIDE RULE AS WE KNOW IT IN
1621, THREE YEARS AFTER HIS STUDENT Richard Delamin PUBLISHED HIS
CIRCULAR SLIDE RULE)(SEE 001, 015, 016!!!, 071)
015: Asimov, Isaac, ASIMOV'S BIOGRAPHICAL ENCYCLOPEDIA OF SCIENCE
AND TECHNOLOGY (Book), 1982 edition (2nd revised), copyright 1964,
1972, 1982 Isaac Asimov, Doubleday and Co Inc, Garden City, N Y,
LOC# 81-47861
H:L:(Napier, LOGS, ADD EXPONENTS TO MULTIPLY, DECIMAL POINT;
Briggs: COMMON LOGS, LONG DIVISION; Oughtred: SLIDE RULE AS WE KNOW
IT, MULTIPLICATION SIGN, SIN,COS,TAN)(SEE 001, 014, 016!!!, 071)
016: Beckers, G W J, "Napier's Bones", last seen 09/17/04
at http://www.geo.tudelft.nl/mgp/people/gerold/indnap.html
H:(Napier'S BONES PICTURES [PRIVATE COLLECTION]: APPEARANCE OF
ELONGATED "DICE", FACES ANNOTATED WITH NUMBERS, WHEN LAID ADJACENT
TO OTHERS, FACILITATED MULTIPLICATION, !!NOT RODS IN A FRAME OR
BOX!)(SEE 001, 014, 015, 071)(TRY "WAYBACK MACHINE" WWW ARCHIVE)
017: Ward, W W, "Another View of Dimensions and dB", Proceedings,
IEEE, vol 60, 1972, p 743
L:Q:(RECOMMENDS USE OF LOGS WITH DECIBELS AS EXAMPLE;)(067Bridgman:
"...IS NOTHING ABSOLUTE ABOUT DIMENSIONS...THEY MAY BE ANYTHING
CONSISTENT WITH A SET OF DEFINITIONS WHICH AGREE WITH EXPERIMENTAL
FACTS")(VIA 033)(SEE 018)
018: Barrow, Bruce B, reply to Ward's "Another View of Dimensions
and dB", Proceedings, IEEE, vol 60, 1972, p 743
Q:R:(STANDARDS AUTHORITIES MUST SEEK MORE THAN MUDDLING THROUGH, AS
IN DECIBEL JARGON; USING LOGS REQUIRES TAKING LOGS OF UNITS ???;
TOOK HUNDREDS OF YEARS FOR EUROPE TO ADOPT THE USE OF ZERO)(SEE
017, 066, 067)
019: Archimedes, "The Sand Reckoner", translated by T Heath, GREAT
BOOKS OF THE WESTERN WORLD (Book), ENCYCLOPEDIA BRITANNICA, 1952,
Robert Maynard Hutchins, editor in chief, vol 11, pp 524+
L:Q:(ADDITION OF EXPONENTS ACCOMPLISHES MULTIPLICATION; CONCEPT OF
POWERS)(VIA 011)(SEE 250 p 18)
020: Mohr, Peter J, and Taylor, Barry N, "Update: 1999", of Cohen,
Richard E, and Taylor, Barry N, "1986 CODATA VALUES of the
Fundamental Physical Constants", Physics Today, Aug, 1999
021: Mohr, Peter J, and Taylor, Barry N, "The Fundamental Physical
Constants", Physics Today Buyer's Guide, Aug, 2000, p BG6
022: Mohr, Peter J, and Taylor, B N, "Adjusting the Values of the
Fundamental Constants", Physics Today, Mar, 2001, p 29
M:(CONSTANTS REALIZATIONS DIAGRAM)
---------------------------------++---------------------------------
023a: National Institute of Standards and Technology, "Fundamental
Constants-Complete Listing", and "Adopted Values Table", and
"Frequently Used Constsants Table", "Non-SI Units Table", and
"allascii.txt", on 17 Jun 2013 at http://physics.nist.gov/constants
AND
023b Mohr, Peter J, and Taylor, Barry N, "CODATA Values of the
Fundamental Physical Consants: 1998", Journal of Physical and
Chemical Reference Data, vol 28, no 6, 1999
C:G:(p 1788: MODERN EXPERIMENTAL RESULTS FOR GRAVITY CONSTANT)
AND
023c Mohr, Peter J, and Taylor, Barry N, "CODATA Values of the
Fundamental Physical Constants: 1998", Reviews of Modern Physics,
vol 72, no 2, 2000,
AND
023d Mohr, Peter J, and Taylor, B N, "Traditional SI diagram" and
"SI diagram" as of 17 Jun 2013 at http://physics.nist.gov/constants
C:t:D:M:(CLEANER THAN GDA, BUT MORE AMBIGUOUS)(SEE 025:GJN167X.GIF)
AND
023e Mohr, P J, and Taylor, B N, "CODATA Recommended Values of the
Fundamental Physical Constants: 2002", Reviews of Modern Physics,
vol 77, no 1, 2005, pp 1-107
AND
023f Mohr, Peter J, Taylor, Barry N, and Newell, David B, "CODATA
Recommended Values of the Fundamental Physical Constants: 2006",
Reviews of Modern Physics, vol 80, no 2, Apr-Jun 2008, p 636
---------------------------------++---------------------------------
024: Aikman, John, "Geometrical Dimensional Analysis", copyright
1995 John Aikman, U S # TX 3-994-437, available on website at
http://mail.collegestudent.com/gda01/ as of 03/29/01, (SEE 025)
025: Aikman, John, "Geometrical Dimensional Analysis" (Website), at
http://mail.collegestudent.com/gda01/ as of 03/29/01
(TRY "WAYBACK MACHINE" WWW ARCHIVE)
026: Redish, Edward F, "Millikan Lecture 1998: Building a Science
of Teaching Physics", American Journal of Physics, vol 67, no 7,
July, 1999, p 562
M:Q:S:V:("PHYSICS IS ABOUT BUILDING MENTAL MAPS THAT ALLOW US TO
MAKE SENSE OF THE WORLD COMFORTABLY"; RETHINK THE ALREADY KNOWN IN
A NEW WAY; OPTIMIZE OLD MAPS;)
027: de Boer, J, "On the History of Quantity Calculus and the
International System", Metrologia, vol 32(31 @ U OF OHIO),
1994/1995, pp 405-429
Q:T:V:Y:(p 413: "..THE VARIOUS PHYSICAL QUANTITIES ARE DEFINED WITH
RESPECT TO EACH OTHER IN TERMS OF THE QUANTITY EQUATIONS,
INCLUDING THESE "GEOMETRICAL" FACTORS [factors of rationalzation]
AND OTHER NUMERICAL FACTORS. DIFFERENT NUMERICAL FACTORS LEAD
THEREFORE TO DIFFERENT DEFINITIONS OF PHYSICAL QUANTITIES"; p 427:
OK TO VIEW SI AS A VECTOR SPACE: SIMILARITY AND CORRESPONDENCE OF
UNIT SYSTEMS TO VECTOR SPACES; SIMILARITY OF THEIR TRANSFORMATIONS
028: Illingworth, Valerie, editor, THE PENGUIN DICTIONARY OF PHYSICS
AN ABRIDGEMENT OF LONGMAN'S DICTIONARY OF PHYSICS (Book), 2nd
edition, 1st published 1977, copyright 1975, 1991, the Longman
Group Ltd, abridged copyright 1990 Market House Ltd
C:t:D:t:g:N:U:t:;(FORMULAS; pp 206, 280, 536, 540; GYE=MAGNETIC
MOMENT TO ANGULAR MOMENTUM; Rydberg CONSTANT p 537)(SEE 213-218)
029: Arkani-Hamed, Nima, Dimopoulos, Savas, and Dvali, George,"The
Universe's Unseen Dimensions", Scientific American, Aug, 2000, p 62
(SEE 055)
030: Maxwell, James Clerk, A TREATISE ON ELECTRICITY AND MAGNETISM,
VOLUME II (Book), unabridged 3rd edition, 1954, Dover Pubs Inc,
N Y, N Y, Published in U K by Constable and Co Ltd
Q:U:(p 263: EVERY ELECTRO-MAGNETIC QUANTITY MAY BE DEFINED WITH
REFERENCE TO LENGTH, MASS, AND TIME)
031: Clark, John D, "Dimensions, Anyone?", Analog Science Fiction,
Science Fact, Nov, 1966, p 77
D:t:M:U:t:(p 78: CIRCULAR PHYSICS CONCEPT MAP)
032: Maksymowicz, Alexander, "Natural Units via Linear Algebra",
American Journal of Physics, vol 44, no 3, Mar, 1976, p 295
N:Q:V:(p 297: "...DIMENSION SPACE PROVIDES A USEFUL FRAMEWORK FOR
INVESTIGATING RELATIONSHIPS AMONG UNITS OF PHYSICAL QUANTITIES IN
A SYSTEMATIC MANNER.")
033: Bartlett, D F, "Natural Units, Are They for Everybody?",
American Journal of Physics, vol 42, Feb, 1974, p 148
034: Bartlett, D F, "Is the Metric System the Best We Can Do?",
Colorado Engineer, Dec 1973/Jan 1974, p 14
035: Cohen, E R, and Taylor, B N, "1986 CODATA Recommended Values
of the Fundamental Physical Constants", Journal of Research of the
National Bureau of Standards, vol 92, 1987, pp 85-87, on 05/03/97,
and available 1 Jun 2017 at http://physics.nist.gov/constants
036: Zimmerman, Neil M, "A Primer on Electrical Units in the Systeme
Internationale", American Journal of Physics, vol 66, no 4, Apr,
1998, p 324
D:Q:U:(p 329: REALIZATION OF ELECTROMAGNETIC POWER THRU MECHANICAL
POWER (VoltageXCurrent=mgv); p 330: SI COHERENCY REQUIRES
REALIZATION THROUGH MECHANICAL UNITS, INCLUDING THE KILOGRAM)
037: Ipsen, D C, UNITS, DIMENSIONS, AND DIMENSIONLESS NUMBERS (Book)
copyright 1960 McGraw Hill, LOC# 60-6974, 32030
Q:U:(p 101: GAUSSIAN SYSTEM ONLY REQUIRES THREE DIMENSIONS TO
DERIVE ALL THE UNITS, MECHANICAL AND ELECTROMAGNETIC)
038: Taylor, B N, Parker, W H, and Langenberg, D N, THE FUNDAMENTAL
CONSTANTS AND QUANTUM ELECTRODYNAMICS (Book), copyright 1969
American Physical Society, Academic Press Inc, originally in
Reviews of Modern Physics, vol 41, no 2, July, 1969
C:M:(DIAGRAM: p 7: ONE STANDARD DEVIATION OF ALPHA OVER 18 YEARS,
p 297: e, h, m : NO DEVIATION OVER 18 YEARS)
039: Grassman, Peter, INTERNATIONAL SERIES OF MONOGRAPHS IN PHYSICAL
PRINCIPLES OF CHEMICAL ENGINEERING (Book), editor H Sawistowski,
general editor P V Danckwerts, translated by Hardbottle, copyright
1971 by H R Sauerlander, Pergamon Press, chapters 1,8 pp 16, 18,
23, 494, 501, 506
H:M:U:t:T:V:Y:(p 515: DIAGRAM REPRESENTS DIMENSIONLESS NUMBERS IN
LINES, DIMENSIONLESS NUMBER SPACE)(TABLES IN DIFFERENT BASE
SYSTEMS: L-F-T, L-E-T, L-F-T-THETA, L-E-T-THETA, M-L-T-THETA, ETC)
040: Gribbin, John, "The Lost Dimensions of Reality", Analog Science
Fiction, Science Fact, Apr, 1985, p 38
(ELEVEN DIMENSIONS TO REALITY, NOT UNITS RELATED)
041: Leroy, Bernard, "Conversion of Electromagnetic Quantities from
MKSA to Gaussian Units (and vice versa) Using Dimensional Analysis"
American Journal of Physics, vol 52, no 3, Mar, 1984, p 230
Q:U:V:(p 231: IMPOSSIBLE TO DO A MATRIX REPRESENTING CONVERSION
FROM GAUSSIAN TO MKSA); CHARGE AS [Q][(Ke)^(1/2)])(SEE 052, 246)
042: Tuma, J J, HANDBOOK OF PHYSICAL CALCULATIONS (Book), copyright
1976 McGraw-Hill Inc, ISBN 0-07-065438-7, pp 326, 327
D:t:U:t:(BUT AN ERROR ON p 327)
043: Watson, Andrew, "Getting a More Precise Grip on the Physical
World", Science Magazine, vol 287, Feb 25, 2000, p 1391
C:Q:(UNITS IN THE SI ARE A CONSISTENT SET, IS NOT POSSIBLE TO
CHANGE ONE VALUE WITHOUT CHANGING MANY OTHERS)
044: Levy-Leblond, Jean Marc, "Dimensional Angles and Universal
Constants", American Journal of Physics, vol 66, no 9, p 814
C:H:Q:(ARCHAIC CONSTANTS)(NATURE OF LENGTH, WIDTH, HEIGHT, ETC
NOW IDENTIFIED AS EQUIVALENTS, LOSING THE EMPHASIS ON THEIR
DIFFERENT NATURES)
045: Brownstein, K R, "Angles, Let's Treat Them Squarely", American
Journal of Physics, vol 65, no 7, p 605
T:U:Y:
046: Huntley, H E, DIMENSIONAL ANALYSIS (Book), copyright 1955
Rhinehart and Co, N Y
Q:T:U:(p 75: SPACE NOT ISOTROPIC EVEN STATIC AND IN MACRO; LENGTH,
WIDTH, HEIGHT AS DIFF VECTORS)
047: Dresden, M, "Fundamentality and Numerical Scales-Diversity and
the Structure of Physics", the Klopsteg Memorial Lecture, American
Journal of Physics, vol 66, no 6, June, 1998, p 468
Q:S:T:(p 468: TURN OF THE CENTURY: PHYSICS A BURNED OUT FIELD;
Michelson: PHYSICS FUTURE TRUTHS TO BE FOUND IN THE SIXTH DECIMAL
PLACES: BUT LESS THAN TWENTY YEARS LATER, THIS VIEW WAS HOPELESSLY
NAIVE, AS RELATIVITY AND BOHR ATOM PHYSICS TOOK OFF; SEES Dirac'S
CLAIM THAT QUANTUM MECHANICS EXPLAINS ALL OF CHEMISTRY AS BUNK; THE
THEORY OF ALL PARTICLES IS OVERTOUTED; STRING THEORY IS SUCCESSOR
TO THEORY OF ALL PARTICLES; EVERY GENERATION HAS AN END OF PHYSICS
DEFINITION; THE FORM OF THAT DECLARATION: WE HAVE ALL CONCEPTS AND
PRINCIPLES, NOW WE NEED A COHERENT, CONSISTENT STRUCTURE: THIS
ALMOST UNIVERSAL FEELING IN PHYSICS DEFINES THE ULTIMATE GOAL,
SCOPE, AND PURPOSE OF PHYSICS: THE ASSUMPTIOM OF COMPLETE FINITE
IRREDUCIBILITY)
048: Potter, Tom, PHYSICSX.EXE (Software), Tomar, Ltd, diagrams seen
as of 09/17/04 at http://www.earthlink.net/~tdp/lesson4 and at
http://cd.textfiles.com/swexplorer/disk2/A061/ 9 Jun 2013
M:(2D PHYSICS RELATIONSHIPS CHARTS, ESSENTIALLY GDA APPROACH)
049: Fisher, Arthur, Popular Science, Oct, 1999, p 35
T:(COSMOLOGY: MAY STUDY FOUND UNIVERSE EXPANDING RATE OF 21 Km PER
SEC PER MILLION LIGHT YEARS AND THEREFORE UNIVERSE 12 BILLION YEARS
OLD, BUT STUDY IN JUNE INDICATES UNIVERSAL AGE 15 PER CENT YOUNGER)
050: Suplee, James M, "Systems of Equations Versus Extended
Reference Sets in Dimensional Analysis", American Journal of
Physics, vol 53, no 6, p 549
051: Lodge, A, "The Multiplication and Division of Concrete
Quantities", Nature, July 19, 1888, p 281
C:D:T:U:Q:Y:(p 283: UNITS SO CALLED FROM UNITY RATIOS; SUGGESTION
FOR A SYSTEM OF FUNDAMENTAL UNITS)
052: Remillard, Wilfred J, "Applying Dimensional Analysis", American
Journal of Physics, vol 51, no 2, Feb, 1983, p 137
U:V:(p 137: FORCE, LENGTH, TIME AS ENGINEERING UNITS SET)(INVERT
CONVERSION MATRICES AND SOLVE SIMULTANEOUS EQUATIONS)(SEE 041,246)
053: Squire, William, "A Computer Program for Dimensional Analysis",
American Journal of Physics, vol 40, Mar, 1972, p 489
H:U:(CITES Fadeev'S MODIFICATION OF Leverrier; CITES
Esnault-Pelterie TO AGREE 3 BASE UNITS SUFFICIENT)(SEE 235)
054: Fishbeck, H J, and Fishbeck, K H, FORMULAS, FACTS AND CONSTANTS
(Book), copyright 1982 Springer-Verlag, Berlin, Heidelberg, N Y,
ISBN 3-540-11315-0, ISBN 0-387-11315-0
D:T:U:t:(BUT A MISTAKE ON p 137)
055: Arkani-Hamed, et al, reply to Jones, David, Scientific
American, Dec, 2000, pp 11-12
G:(EXTRA DIMENSIONS; ARKANI SAYS NO WAY KNOWN TO CHANGE EXPONENT IN
INVERSE SQUARE LAW OF GRAVITATION; REM MERCATOR PROJECTION ANALOGY
AND HOW INTEGRATION OF CIRCLE TO EVALUATE PI IS NOT AS GRAINY AS IS
SUB ATOMIC LEVEL)(SEE 029)
056: Abraham, Max, THE CLASSICAL THEORY OF ELECTRICITY AND MAGNETISM
(Book), revised by Becker, Richard, translated by Dougall, John,
copyright 1932 G E Stechert and Co, N Y, from Einfuhrung in die
Maxwellsche theorie of elektrizitat, 8 Aufl, 1930, being vol 1 of
author's THEORIE DER ELEKTRIZITAT
D:T:U:t:(pp 247-251)Q:(Becker's PREFACE: "...DOES NOT SEEM POSSIBLE
AT PRESENT TO SET UP A SYSTEM OF UNITS WHICH WILL SATISFY THE
ELECRICAL ENGINEER AND PHYSICIST ALIKE. WITH REGARD TO Maxwell's
THEORY, THE DIFFERENCE BETWEEN THE PHYSICIST AND THE ELECTRICIAN IS
NOT A MATTER OF NOTATION MERELY, BUT OF PRINCIPLE. THE TECHNICAL
VIEW ADHERES MUCH MORE STRICTLY THAN CURRENT PHYSICS DOES TO THE
ORIGINAL FORM OF THE Faraday-Maxwell THEORY. THE ENGINEER LOOKS
UPON THE VECTORS [ELECTRIC FIELD STRENGTH] AND [DIELECTRIC
DISPLACEMENT] - EVEN IN A VACUUM - AS MAGNITUDES OF QUITE DIFFERENT
KINDS, RELATED TO ONE ANOTHER MORE/LESS LIKE TENSION AND EXTENSION
IN THE THEORY OF ELASTICITY. FROM THIS POINT OF VIEW IT MUST OF
COURSE SEEM A VERY QUESTIONABLE PROCEDURE, IN AN EXPOSITION OF
FUNDAMENTAL PRINCIPLES, TO PUT THE PROPORTIONALITY FACTOR [K], IN
THE EQUATION [DIELECTRIC DISPLACEMENT] = [K][ELECTRIC FIELD
STRENGTH] EQUAL TO 1 FOR EMPTY SPACE, THUS ARTIFICIALLY ATTRIBUTING
TO [DIELECTRIC DISPLACEMENT] AND [ELECTRIC FIELD STRENGTH] THE SAME
DIMENSIONS. ON THE OTHER HAND, THE DISTINCTON IN PRINCIPLE BETWEEN
[DIELECTRIC DISPLACEMENT] AND [ELECTRIC FIELD STRENGTH], WHICH IS
CLOSELY CONNECTED WITH THE MECHANICAL THEORY OF THE AETHER, HAS
BEEN ABSOLUTELY ABANDONED IN MODERN PHYSICS, THE ELECTROMAGNETIC
CONDITIONS AT ANY POINT IN EMPTY SPACE BEING NOW REGARDED AS
COMPLETELY DEFINED`WHEN WE ARE GIVEN ONE ELECTRIC VECTOR [ELECTRIC
FIELD STRENGTH] AND ONE MAGNETIC VECTOR [MAGNETIC INDUCTION](OR
[MAGNETIC FIELD STRENGTH]). THE NUMERICAL IDENTITY OF [ELECTRIC
FIELD STRENGTH] AND [DIELECTRIC DISPLACEMENT] (FOR EMPTY SPACE) IN
THE Gaussian SYSTEM OF UNITS IS NOT, FOR THE PHYSICIST, THE RESULT
OF AN ARBITRARY DEFINTION, BUT THE EXPRESSION OF THE FACT THAT
[ELECTRIC FIELD STRENGTH] AND [DIELECTRIC DISPLACEMENT] ACTUALLY
THE SAME THING. THE INTRODUCTION BY THE ENGINEER OF A DIELECTRIC
CONSTANT AND PERMEABILITY NOT EQUAL TO 1 IN A VACUUM SEEMS TO THE
PHYSICIST TO BE MERELY AN ARTIFICE, BY MEANS OF WHICH FORMULAE ARE
REDUCED TO A SHAPE WHICH IS CONVENIENT FOR PRACTICAL CALCULATIONS."
P 244: "THE CONCEPTION OF A SUBSTANTIAL AETHER, WHICH MAY BE ACTED
UPON BY FORCE, IS INCOMPATIBLE WITH THE VIEWS HELD AT THE PRESENT
DAY. THE MODERN THEORIES...TAKE NO ACCOUNT OF ANY FORCES BEYOND
THOSE WHICH ACT ON MATTER. THE EXPRESSION FOR THE FORCE DENSITY
(f) TO WHICH THESE RECENT THEORIES LEAD IS ACCORDINGLY DIFFERENT.."
"THE DIFFERENCE SIMPLY AMOUNTS TO LEAVING OUT THAT PART OF (f)
WHICH, AS WE HAVE JUST SEEN, IMPLIES THE EXISTENCE OF A FORCE
ACTING ON VACUOUS SPACE." AND Q: P 245: "THE THEOREM OF MOMENTUM...
NOW TAKES THE FORM: THE SUM ... OF THE MOMENTUM OF MATTER AND THE
MOMENTUM OF RADIATION IN AN ISOLATED SYSTEM IS CONSTANT WITH
RESPECT TO THE TIME.")(SEE 223 p 42)
057: American Institute of Physics, "Gravitomagnetic Induction",
Physics News Graphics, A I P, seen 9 Jun 2013 at
http://www.aip.org/png/html/gravmag.htm
REFERENCING
057b Shapiro, Stuart, Phys Rev Letters, 77, 4487 (25 Nov 1996)
DOI: 10.1103/PhysRevLett.77.4487
G:Q:(GRAVITOMAGNETIC FIELDS INDUCED BY MATTER CURRENTS IN ROTATING
MASSIVE BODIES ARE SO SIMILAR TO MAGNETIC FIELDS INDUCED BY
ELECTRIC CURRENTS, THAT Maxwell'S ELECTROMAGNETISM EQUATIONS CAN
ESSENTIALLY BE ADAPTED FOR USE)
058: Peterson, I, "Gravity's Force: Chasing an Elusive Constant",
Science News, vol 147, Apr 29, 1995, p 263
G:(3 EXPERIMENTS, EACH WITH IDIOSYNCHROSIES, GIVE DIFF RESULTS;)
059: Dedov, V P, Filimonov, B P, Ryzhkin, Yu V, and Sheikin, A R,
"Gravitational Screening Effect in Experiments to Determine G",
Measurement Techniques, vol 42, no 10, 1999, p 930
G:(QUANTATIVE ANALYSIS 13 GRAVITY EXPERIMENTS; NO QUANTATIVE ERRORS
IN Majjorana'S 1920 EXPERIMENT; APPROXIMATE EXPRESSION FOR
SCREENING FUNCTION; SCREENING TAKES THE FORM OF DISRUPTION OF
NEWTONIAN INTERACTION IN THREE BODIES SHADING EACH OTHER)
060: Weiss, P, "Gravity Gets Measured to Greater Certainty", Science
News, vol 157, May 13, 2000, p 311
G:(EXTRA DIMENSIONS)(SEE 055,029)
061: Schwarzschild, Bertram, "Our Knowledge of (G) Gets Worse, Then
Better", Physics Today, July, 2000, p 21
C:G:(Gundlach and Merkowtz EXPERIMENT U OF WASH)
062: Kurth, Rudolf, DIMENSIONAL ANALYSIS AND GROUP THEORY IN
ASTROPHYSICS (Book), copyright 1972 R Kurth, Pergamon Press Ltd,
Vieweg and Son, LOC# 78-170022, chapters 1-4
G:V:T:(p 39)Q:(p 17: Newton DISCOVERED DIMENSIONAL ANALYSIS AS
DYNAMICAL SIMILARITY-BOOK 2, SEC 7, PROP 32(of Principia?; p 137:
TOPOLOGY, LIE GROUPS, REDUCTION OF DIFFERENTIAL EQUATIONS,
HOMEOMORPHISM, ISOMORPHISM)
063: Stoney, G Johnstone, "On the Physical Units of Nature",
Philosophy Magazine, series 5, vol 2, 1881, p 381
C:D:G:N:Q:T:U:Y:(NATURAL SET POSSIBLE, CHOOSES c, G, Q AND DERIVES
PM, PL, PT)(THREE BASE UNITS [CAN BE ANY THREE] ENABLE DERIVATION
OF ALL NECESSARY UNITS; SYSTEMATIC [COHERENT] SET BEST; p 383:
DIMENSION OF Q IS {(L)[(LM)^(1/2)]})
064: Barr, David I H, "Consolidation of Basics of Dimensional
Analysis", Journal of Engineering Mechanics, vol 110, no 9, Sep,
1984, p 1357
V:R:V:(USE OF THE ECHELON FORMATION TO ESTABLISH RANK OF A MATRIX
IS DETAILED BY Pedoe; DIMENSIONAL ANALYSIS DELINEATED;
DIRECTIONAL ANALYSIS)(SEE 561)
065: Halliday, D, and Resnick, R, PHYSICS (Book), John Wiley and
Sons, N Y, London, Sydney, 1960, 1962, especially pp 1191+,
chapter 48, appendices
C:t:D:G:
066: Silsbee, Francis B, "Systems of Electrical Units", Journal of
Research of the National Bureau of Standards, vol 66C, no 2,
Apr-June, 1962, p 137
D:H:Q:R:T:U:t:Y:(p 153: QUOTING Boole: "...THE VALIDITY OF THE
PROCESSES OF ANALYSIS DOES NOT DEPEND ON THE INTERPRETATION OF THE
SYMBOLS WHICH ARE EMPLOYED, BUT SOLELY ON THE LAWS OF THEIR
COMBINATION. p 164: ORIGIN OF WORD DIMENSIONS WITH Fourier(1822):
ONE PER CENT INCREASE IN LENGTH YIELDS A TWO PER CENT INCREASE IN
AREA AND A THREE PER CENT INCREASE IN VOLUME)
067: Bridgman, P W, DIMENSIONAL ANALYSIS (Book), copyright 1922,
1931 Yale University Press, revised edition, 1937
C:t:D:t:H:Q:R:T:V:(p 52: DIMENSIONAL ANALYSIS ESSENTIALLY AN
ANALYSIS OF AN ANALYSIS)(CRITICAL REFERENCES IN PREFACE; p 26-27:
Tolman, Rucker, Williams, W W[Phil. Mag. 34:234, 1892][NOT
(202Williams)], Thompson)
068: Langhaar, Henry L, DIMENSIONAL ANALYSIS AND THEORY OF MODELS
(Book), copyright 1951 John Wiley and Sons, Inc, N Y, Chapman and
Hall Ltd, London, chapters 2-4
C:t:D:t:Q:T:U:t:V:Y:(p 56: IS AN AID TO UNDERSTANDING OF
TERMINOLOGY IF ONE VISUALIZES WHAT IT MEANS IN 2 AND 3D SPACES)
069: Pankhurst, R C, DIMENSIONAL ANALYSIS AND SCALE FACTORS (Book),
copyright 1964 The Institue of Physics and The Physical Society,
Chapman and Hall, London, Reinhold Pub Corp, N Y, pub in Great
Britain by Butler and Tanner, Ltd, # 4/757/81, pp 40-45, 129-139
C:t:D:t:T:U:t:(DIMENSIONLESS CONSTANTS)
070: Singh, Jagjit, GREAT IDEAS AND THEORIES OF MODERN COSMOLOGY,
revised and enlarged editon, (Book), copyright 1961, 1970, Jagjit
Singh, Dover Pubs, Inc, N Y, publ in Canada by General Pub Co,
Toronto, ISBN 0-486-20925-3, LOC # 79-133384
N:Q:T:(p 239)(p 239: Eddington's; FINE STRUCTURE CONSTANT 1ST
APPEARED IN SPECTROSCOPY; ACTION = ENERGYxTIME; p 250)(COSMOLOGY)
071: Johnston, Moira, editiorial director, "Napier, John", and
"Oughtred, William" entries, THE FACTS ON FILE PHYSICS HANDBOOK
(Book), copyright 2000 Diagram Visual Information Ltd, Facts on
File Inc, ISBN 0-8160-4082-6
H:(Napier: LOGS and BONES; Oughtred: SLIDE RULE (TWO LOGARITHMIC
SCALES SIDE-BY-SIDE), MULTIPLICATION SIGN, ABBREVIATIONS SIN, COS,
TAN)(SEE 001, 014, 015, 016!!!)
072: Cohen, E Richard, Crowe, Kenneth M, and Dumond, Jesse W M, THE
FUNDAMENTAL CONSTANTS OF PHYSICS (Book), copyright 1957
Interscience Publishers Inc, N Y, London, LOC#57-13013
C:t:D:H:M:R:V:T:(pp 161-168: BIRGE-BOND DIAGRAM, pp 163-170:
ISOMETRIC CONSISTENCY CHART, p 169: e-h-m SPACE)
(SEE 149,152,153,358,527)
073: Cohen, E Richard, THE PHYSICS QUICK REFERENCE GUIDE (Book),
copyright 1996 American Institue of Physics Press,
ISBN 1-56396-143-1
C:t:D:t:H:T:U:Y:
074: Duncan, W J, PHYSICAL SIMILARITY AND DIMENSIONAL ANALYSIS, AN
ELEMENTARY TREATISE (Book), copyright 1953 Edward Arnold and Co
D:t:(ESPECIALLY pp 1-12, and p 11)
075: Petley, B W, "The Significance of the Fundamental Constants",
QUANTUM METROLOGY AND FUNDAMENTAL PHYSICAL CONSTANTS (Book), NATO
Advanced Science Institute Series, vol 98, 1981, edited by Paul H
Cutler and Amand A Lucas, copyright 1983 Plenum Press, N Y,
(Proceedings of a NATO Advanced Study Institute on Quantum
Metrology AND Fundamental Constants held Nov 16-28, 1981, Erice,
Italy), ISBN 0-306-41372-8, 31272 00302 8998, pp 333-350
C:D:T:U:(COSMOLOGY)
076: Petley, B W, THE FUNDAMENTAL CONSTANTS AND THE FRONTIER OF
MEASUREMENT (Book), consultant editor A E Bailey, copyright 1985
B W Petley, pub by Adam Hilger, Ltd, ISBN 0-85274-427-7
C:H:N:Q:U:(p 29: STONEY (SEE 063): FIRST NATURAL UNITS SYSTEM AND
VALUE FOR Q)(p 7: PI WAS A MATTER OF EXPERIMENT TO GREEKS, WE NO
LONGER DISTINGUISH TWEEN ARC LENGTH AND LENGTH)(p14: AMPERE DEFINED
TO KEEP ENERGY AND FORCE SAME AS IN MECHANICS, AND PERMEABILITY (d)
DEFINED TO MAKE IMPEDANCE (z) = (d)(c) )(p 32: ATOMIC UNITS)
077: Petley, B W, "A Brief History of Electrical Units", Metrologia,
vol 31, 1994/1995, pp 481-494
D:H:MG:U:t:
078: Jacobsen, T, "On Fundamental Constants", European Journal of
Physics, vol 17, 1996, Letters and Comments, p 92
C:(VALUE OF Q NOT A CONSTANT; PLANCK CURRENT)(SEE 079, 091)
079: Subramaniam, R, Goh, Khang Ngoh, and Chia, Lian Sai, comment on
"On Fundamental Constants", by T Jacobsen, European Journal of
Physics, vol 19, 1998, pp 201-202
C:Q:(VALUE OF Q IS NOT A FUNDAMENTAL CONSTANT BY USE OF PM, PL, PT,
AND PERMITTIVITY; PLANCK CURRENT; CONSTANT (k) IS DIMENSIONLESS BY
(k) in farad/meter = (I^2)(T^4)/[(L^3)M] )(SEE 078, 091)
080: Gibbings, J C, "A Logic of Dimensional Analysis", Journal of
Physics A, vol 15, 1982, pp 1991-2002
081: Gibbings, J C, "On Dimensional Analysis", Journal of Physics A,
vol 13, 1980, pp 75-89
D:T:U:(DIRECTIONAL CHARACTERISTICS)
082: Hall, William M, "The Formation of Systems of Units", The
Journal of the Franklin Institute, vol 255, Feb, 1938,
nos 1345-1350, p 197
H:T:U:t:(CONVERSIONS; SYSTEMS COMPARISONS AND HUGE TABLES)
083: Michener, W H, chairman, AAPT Committee on Electrical and
Magnetic Units, "What is the Meter-Kilogram-Second System of
Units?", American Journal of Physics, vol 6, 1938, p 144
D:U:(RATIONALIZATION)
084: Happ, W W, "Dimensional Analysis Via Directed Graphs", Journal
of the Franklin Institute, vol 292, no 6, Dec, 1971, p 527
L:M:(NODES DENOTE LOGARITHMC DERIVATIVES)(ESSENTIALLY SEGMENTED
GECTORS STRUNG TOGETHER, DEPICTING FUNCTIONAL RELATIONSHIPS,
RECURRENT ELEMENTARY LAWS)
085: Macagno, Enzo O, "Historico-Critical Review of Dimensional
Analysis", Journal of the Franklin Institue, vol 292, no 6, Dec,
1971, p 391
H:R:
086: Gribbin, John, SPACEWARPS (Book), Dell Publishing Co, N Y,
chapters 2,10
087: Pagels, Heinz R, PERFECT SYMMETRY (Book), Simon and Schuster,
N Y, 1985, part 1, chapters 2,4, part 2, chapters 2,5, part 3,
chapters 1,3,5, part 4, chapter 1
Q:T:(SMALLER THAN INTEGRAL DIMENSIONS AT ATOMIC LEVEL; p198: AS IN
FRACTALS, LENGTH DIFFERENT WHEN MEASURED AT IT'S OWN SCALE)
088: Herzberg, G, ATOMIC SPECTRA AND ATOMIC STRUCTURE (Book), Dover
Pub, 1944, introduction, part 1, chapters 1-2
089: Saslow, W M, "A Physical Interpretation of the Planck Length",
European Journal of Physics, vol 19, 1998, p 313
090: Maxwell, James Clerk, "Classification of the Physical
Quantities", Proceedings of the London Mathematical Society, vol 3,
Nov, 1869 to Nov, 1871
Q:(p 224: ABOUT HOW FUNDMENTAL CONSTANT SLIDE RULE OF NO USE IN
NAPIER'S TIME; pp 228-229: OLD SYSTEMS REAPPLIED)
091: Tomlin, K A, "Fine Structure Constant and Dimensional
Analysis", European Journal of Physics, vol 20, 1999, Letters and
Comments, pp L39-L40
D:U:(PLANCK CURRENT; FINE STRUCTURE CONSTANT = 1/137 WHEN
(Ke) = 1/[4(Pi)k] AND G = 1 = c = h ;)(SEE 078, 079)
092: Makowski, Adam, "A Century of the Planck Constant", Physics
Education, vol 35, no 1, Jan, 2000, pp 49-53
093: Astin, Allen, V, "Standards of Measurement", Scientific
American, vol 218, no 6, June, 1968, p 50
C:M:T:(p 62: DIAGRAM: INTERRELATIONSHIPS OF SI BASE UNITS THROUGH
DERIVED, MEASUREMENT STANDARDS)(SEE 094, 095)
094: Potter, John R, CHEMICAL ENGINEERING, AN INTRODUCTION (Book),
copyright Butterworth and Co LTD, London, 1971, pp 28-36
M:U:t:(Astin'S DIAGRAM)(p 9: SI WITH 6 BASE UNITS p 31)(SEE 093,
095)
095: Ambler, Ernest, "Measurement Standards, Physical Constants and
Scientific Teaching", Science Teacher, vol 38, no 8, Nov, 1971,
pp 64, 66, 71
C:M:S:U:(093Astin'S DIAGRAM)Q:(p 64: "WE END UP WITH AN INTRICATE
CONCEPTUAL STRUCTURE, CONTAINING PRECISELY DEFINED QUANTITIES..THAT
IS INTERNALLY SELF CONSISTENT TO AN EXCEEDINGLY HIGH DEGREE OF
ACCURACY", p 66: WHAT PERMEABILITY REALLY MEANS)(p 71: IT IS A
DISSERVICE TO TEACH PHYSICS IN SMALL PACKAGES)
096: Kind, D, and Quinn, T, "Metrology: Quo Vadis?", Physics Today
Buyer's Guide, Aug, 1999, p BG13
C:M:(p BG14: DIAGRAM LINKING SI UNITS TO EA OTHER AND REALIZATIONS)
(SEE 154, 098, 099))
097: Birge, Raymond T, "Probable Values of the General Physical
Constants", The Physical Review Supplement, (Reviews of Modern
Physics), vol 1, no 1, July, Oct, 1929, pp 1-73
C:t:R:(ERRORS DISCUSSION)(MANY GOOD REFERENCES)
098: Quinn, Terry, "Capacitance Reaches a New Standard", Physics
World, Nov, 1999, p 22
C:M:(Kind's DIAGRAM)(SEE 096, 099, 154)
099: Quinn, Terry, "Base Units of the Systeme International
d'Unites, Their Accuracy, Dissemination, and International
Traceability", Metrologia, vol 31, 1994/1995, pp 515-527
M:(p 522: DIAGRAM OF MECHANICAL TO ELECTROMAGNETIC UNITS and THEIR
UNCERTAINTIES; p 15: DIAGRAM OF BIPM ORGANIZATION; p 519: DIAGRAM
OF SI UNITS, HOW RELATED, AND HOW REALIZED)(SEE 096, 098, 154)
100: Focken, C M, DIMENSIONAL METHODS AND THEIR APPLICATIONS (Book),
copyright 1953 Edward Arnold Co, London, 1st pub in Great Britain
by Lowe and Brydone, London
N:Q:U:t:(p 110: Focken AGREES WITH O'Rhailley AND Bridgman THAT THE
SYMBOLOGY IS ALWAYS INCOMPLETE, IN NEED OF CONTEXTUAL EXPLANATION;
P 107: Campbell: LENGTH DIFFERS IN DIRECTION OF ELECTRON'S TRAVEL)
T:(p 57: O'Rhailley's MEASUREMENT-RATIO METHOD)
101: Mills, I M, "The Language of Science", Metrologia, vol 34,
1997, pp 101-109
U:Y:
102: Deslodge, Edward A, "Relation Between Equations in the
International, Electrostatic, Electromagnetic, Gaussian, and
Heavyside-Lorentz Systems", American Journal of Physics, vol 62,
no 7, July, 1994, p 601
D:G:N:U:t:(SI, ELECRTOSTATIC, ELECTROMAGNETIC, GAUSSIAN,
HEAVYSIDE-LORENTZ, UNIVERSAL SYSTEMS, CONVERSIONS)(SEE 103, 352+)
103: Deslodge, Edward A, "Suppression and Restoration of Constants
in Physical Equations", American Journal of Physics, vol 52, no 4,
Apr, 1984, p 312
D:G:N:U:L:(SEE 102, 352,353,354,355, 102)
104: Bryanskii, L N, Doinikov, A S, and Krupin, B N, "General Topics
in Metrology and Measurement Technology", Measurement Techniques,
vol 42, no 9, 1999
105: Chen, J J J, "An Improvement on the Quraishi-Fahidy Method of
Dimensional Analysis", Canadian Journal of Chemical Engineering,
vol 66, Aug, 1988
V:
106: Horsfield, Edgar, "Aspects of Scientific Method in the Natural
Sciences-Physics", American Journal of Physics, vol 52, no 9, Sep,
1984, p 809
Q:(p 809: HE QUOTES Einstein AND Infield: "PHYSICAL THEORIES TRY TO
FORM A PICTURE OF REALITY AND TO ESTABLISH ITS CONNECTION WITH THE
WIDE WORLD OF SENSE IMPRESSIONS."; Kuhn: PARADIGMS "PROVIDE
SCIENTISTS WITH A MAP BUT ALSO WITH SOME OF THE DIRECTIONS
ESSENTIAL FOR MAP MAKING")
107: Bhaskar, R, and Nigam, Anil, "Qualitative Physics Using
Dimensional Analysis", Artificial Intelligence, An International
Journal, vol 45, no 1-2, Sept, 1990, pp 73-111
108: Baierlein, Ralph, "Answer to Question # 73, S is for Entropy,
Q is for Charge", Questions and Answers, American Journal of
Physics, vol 68, no 8, Aug, 2000, p 691
109: Sihvola, Ari, "Answer to Question # 75, "Permittivity" and
"permeability" - Where do the Names Come From?", Questions and
Answers, American Journal of Physics, vol 68, no 8, Aug 2000, p 691
110: Ratliff, Steven, T, "Answer to Question # 75, "Permittivity"
and "permeability" - Where do the Names Come From?", Questions and
Answers, American Journal of Physics, vol 68, no 8, Aug 2000, p 692
111: Dorsz, Ed, "Physics Concept Map, Programmable", copyright
1985-1987 Ed Dorsz, generated by patent # USA4674983, UNIFIED FIELD
DATABASE OF 106 SCIENCE TERMS, seen 3/18/02, at
http://www.sar.usf.edu/~edorsz/ (TRY "WAYBACK MACHINE" WWW ARCHIVE)
D:t:M:t:V:(2D CONCEPT MAP, RELATIVE POSITIONS WITHIN GROUPINGS
REFLECT FORMULAS)(3D+ VECTOR SPACES DISCUSSION, DIAGRAM, MANY
EXTENSIVE TABLES; HTML-TYPEWRITER FRIENDLY)
112: Duff, A W, and Masius, M, Frontispiece, COLLEGE PHYSICS (Book),
copyright 1941 Longman's, Green and Co, N Y, London, Toronto
M:(FANCIFUL RIVER-TIMELINE OF PHYSICS)
113: Buckingham, E, "Mr E Buckingham on Dimensional Analysis",
Philosophy Magazine, series 6, vol 48, no 283, July, 1924
H:(REPLY TO Campbell ON UTILITY OF DIMENSIONAL ANALYSIS)(SEE 115)
114: Fletcher, Gustav L, Mosbacher, Irving, and Lehman, Sidney,
Frontispiece, UNIFIED PHYSICS (Book), copyright 1936 McGraw-Hill
Book Co, Inc, N Y and London
M:(GRAPHIC: BRANCHES OF PHYSICS, ALL AS MOTION AND INTERCHANGEABLE)
115: Campbell, Norman, "Dr Norman Campbell on Dimensional Analysis",
Philosophy Magazine, series 6, vol 47, no 279, Mar, 1924
T:(DIMENSIONAL ANALYSIS VALID ONLY IF LAWS ARE KNOWN AND
EXPRESSIBLE AS DIFFERENTIAL EQUATIONS (SEE 113))
116: Campbell, Norman Robert, PHYSICS, THE ELEMENTS (Book), 1920,
Cambridge University Press, pp 318-321
Q:(FLYSHEET:IS NOT THE FACTS, BUT EXPLANATION OF THEM THAT MATTERS)
117: Chen, Wai-Kai, "Algebraic Theory of Dimensional Analysis",
Journal of the Franklin Institute, vol 292, no 6, Dec, 1971, p 403
Q:R:V:(REFERENCES Higgins, Sloan, AND Happ AS HAVING 600+ RESEARCH
CONTRIBUTIONS BIBLIOGRAPHED)(p 422: REFERENCES Corrsin's, Happ's
ARTICLES)(SEE 006, 084)
118: Cohen, E Richard and Taylor, B N, "The 1973 Least-Squares
Adjustment of the Fundamental Constants", Journal of Physical and
Chemical Reference Data, vol 2, no 4, 1973, pp 663+
C:t:D:(1973 pp 715, 719; 1969: pp 723, 724; 1963: p 730: FINAL
RECOMMENDED VALUES)
119: Cohen, E Richard and Taylor, B N, "The Fundamental Physical
Constants", : 1994's adjustment of the 1986 values, Physics Today
Buyer's Guide, Aug, 1994, p BG9
C:t:D:(1994's 1986 VALUES)
120: McWeeny, R, "Natural Units in Atomic and Molecular Physics",
Nature, vol 243, May 25, 1973, p 196
C:t:N:t:Q:U:t:(p 197: A PHOTON TRAVELS 137 a0'S IN ONE BOHR PERIOD
[SO 137 WAVELENGTHS GO BY IN ONE BOHR PERIOD?])(SEE 075,076,077)
121: Anderson, and Cohen, "Precise Physical Constants", PHYSICS VADE
MECUM: A PHYSICISTS'S DESK REFERENCE 2nd edition (Book), Anderson,
editor-in-chief, 1989, table 1.01, sections 1.01 and 1.02
REFERENCING:
121b Cohen, E Richard, and Taylor, Barry N, "The 1986 Adjustment of
the Fundamental Physical Constants", Reviews of Modern Physics,
vol 59, 1987, p 1121,
AND
121c Cohen, E Richard, and Taylor, Barry N, "The 1986 Adjustment of
the Fundamental Physical Constants", CODATA Bulletin #63, Nov,
1986, Pergamon Press, Oxford/New York
C:t:D:t:U:(CONVERSIONS)
122: Griffiths, Ezer, "Electrical and Magnetic Units", Nature, vol
130, Dec 31, 1932, p 987
U:(Sir Richard Glazebrook'S PAPERS, THE 1931 BRUSSELS CONFERENCE
AND ONGOING DISCUSSIONS ON ELECTROMAGNETIC UNITS)
123: Varner, Wm R, THE FOURTEEN SYSTEMS OF UNITS (Book), copyright
1948 Wm Varner, Corvallis, Oregon, Oregon State College Cooperative
Association, 2nd Edition revised, Abbot, Kerns, and Bell Co,
Portland, Oregon
C:t:D:t:H:U:t:(MANY EXCELLENT TABLES, A MONUMENTAL WORK)
124: Palacios, J, DIMENSIONAL ANALYSIS (Book), Translated by P Lee,
L Roth, copyright 1964, J Palacios (1st Edition 1956), Espasa-Calpe
S A Madrid, 1st Edition in English 1964, Macmillan and Co Ltd,
London, St Martin's Press, N Y, chapters 4, 5, 6, 16, 17, 18, 19,
especially pp 30-46, 148-151, 187, 223
D:M:Q:T:U:V:Y:(p 148)(p 34: THE PROBLEM WITH DEALING WITH THE
Giorgi SYSTEM CONSISTS PRECISELY OF CONSTRUCTING A STANDARD OF EACH
ELECTROMAGNETIC UNIT IN SUCH A WAY THAT THE MAGNETIC PERMEABILITY
OF A VACUUM GETS THE VALUE [4(Pi)(10^-7)] IN THE RATIONALIZED
SYSTEM"; p 39: San Jaun AND THE SIMILARITY BETWEEN THE RELATIONSHIP
OF A PHYSICAL QUANTITY TO ITS DIMENSIONAL EXPONENTS AND THE FORMAL
RELATIONSHIP BETWEEN A VECTOR AND ITS PROJECTIONS ON A SYSTEM OF
COORDINATE AXES; "SUCH SIMILARITY IS CALLED ISOMORPHISM"; p 187;
"THESE EXAMPLES ARE SUFFICIENT TO SHOW THAT ALL SYSTEMS IN WHICH A
BASIS OF THREE MECHANICAL QUANTITIES IS USED TO REPRESENT THE
DIMENSIONS OF ELECTROMAGNETIC MAGNITUDES MUST BE REJECTED)
125: Buckingham, E, "On Physically Similar Systems", Physical
Review, vol 4, no 4, Oct, 1914, p 345
D:T:V:(THE BUCKINGHAM PI THEOREM, THIS ARTICLE CITED TROUGHOUT ALL
DIMENSIONAL ANLYSIS DISCUSSION)(SEE 126, !!!127)
126: Buckingham, E, "Model Experiments and Empirical Equations",
American Society of Mechanical Engineers Transactions, vol 37,
no 1487, 1915, p 263
D:T:V:(PI THEOREM)(SEE 125, !!!127)
127: Buckingham, E, "Notes on the Method of Dimensions",
Philosophical Magazine and Journal of Science, series 6, vol 42,
no 79, July-Dec, 1921, p 696
Q:R:(CREDITS Riabouchinski FOR PI THEOREM)(SEE 125, 126)
128: Hart, George W, MULTIDIMENSIONAL ANALYSIS: ALGEBRAS AND SYSTEMS
FOR SCIENCE AND ENGINEERING (Book), copyright 1995 Springer-Verlag,
N Y, Inc, ISBN 0-387-94417-6
D:H:R:T:(MANY GOOD REFERENCES)
129: Ireson, Gren, "A Brief History of Quantum Phenomena", Physics
Education, vol 35, no 6, Nov, 2000
130: Schwarzschild, Bertram, "Theorists and Experimenters Seek to
Learn Why Gravity is So Weak", Physics Today, Sept, 2000, p 22
Q:(p 22: PLANCK MASS IS MASS OF PARTICLE WITH COMPTON WAVELENGTH
= SCHWARZSCHILD RADIUS)
131: Corcoran, Elizabeth, "The Best Little Yard Sale in New Mexico",
Scientific American, Oct, 1992, p 18
(Ed Grothus, LOS ALAMOS SALES CO, LOS ALAMOS SALVAGE SALES)
132: Bloom, Floyd E, "Unseemly Competition", Science, vol 287,
28 Jan, 2000, p 589
(CONDUCT, MISCONDUCT IN PUBLISHING; POLICIES)
133: Sharma, M L, and Sharma, N K, "A Note on Quantum and
Cosmological Mass Relations", American Journal of Physics, vol 52,
no 3, Mar, 1984, p 264
N:T:(COSMOLOGY; CITING WEINBERG: UNIVERSE HORIZON R = (c)/(H0) WITH
1/(H0) = LIFETIME OF UNIVERSE; m = [{[(hB)^2](H0)}/[(G)(c)]]^(1/3):
(hB) = [(G)(m^2)]/[(hB)(c)][1/(H0)] )
134: Sidharth, B G, "Planck Scale to Hubble Scale", B M Birla
Science Center, Adarsh Nagar, Hyderabad - 500 063 (India),
Email: birlasc@hal.vsnl.net.in ; birlard@ap.nic.in ; found on WWW,
REFERENCING
134b Sidharth, B G, International Journal of Modern Physics A,
vol 13, no 15, 1998, pp 599+
AND
134c Sidharth, B G, Gravitation and Cosmology, vol 4, no 2, 1998,
pp 158+
G:T:(COSMOLOGY; PARTICLES; ZERO POINT ENERGY)
135: Davies, Paul Charles William, THE SEARCH FOR GRAVITY WAVES
(Book), copyright 1980 Cambridge University Press
T:(COSMOLOGY, RELATIVITY)Q:(p 82:
4(Pi)(R^2) = 16(Pi)(G^2)(M^2)/(c^4) :: (R)(c^2)=2(G)(M) )
136: Jackson, John David, CLASSICAL ELECTRODYNAMICS (Book),
copyright 1962, John Wiley and Sons, 4th printing, Dec, 1965,
LOC # 62-8774, appendices, p 611
D:T:U:(UNIT SYSTEMS CONVERSIONS)
137: Gresky, A T, "On Explanations of Electric and Magnetic
Constants and Units", Journal of the Franklin Institue, Mar, 1959,
p 201
C:N:T:U:t:(CONSTANTS AS FACTORS; COSMOLOGY; CONVERSION OF UNIT
SYTEMS)(SEE 138, 286, 287, 431, 432, 433, 434, 435, 451)
138: Gresky, A T, "New Physical Constants from Dimensional
Analysis", Journal of the Franklin Institute, vol 265, no 2, Feb,
1958, p 85
C:N:T:U:(COSMOLOGY)(SYSTEMS CONVERSIONS)(SEE 137, 286, 287, 431,
432, 433, 434, 435, 451)
139: Caldwell, Robert R, and Kamionkowski, Marc, "Echos from the Big
Bang", Scientific American, Jan, 2001, p 38
G:(COSMOLOGY, GRAVITY WAVE EFFECTS IN COSMIC MICROWAVE BACKGROUND)
140: Ostriker, J P, and Steinhardt, Paul J, "The Quintessential
Universe", Scientific American, Jan, 2001, p 47
T:(COSMOLOGY, MISSING MASS, EXPANSION ACCELERATION)
141: Peebles, James E, "Making Sense of Modern Cosmology",
Scientific American, Jan, 2001, p 54
T:(COSMOLOGY; THEORIES)
142: Magueijo, Joao, "Plan B for the Cosmos", Scientific American,
Jan, 2001, p 58
T:(ALTERNATIVE COSMOLGY; VARIABLE SPEED OF LIGHT)
143: Roweis, Sam T, and Saul, Lawrence K, "Non-Linear Dimensionality
Reduction by Locally Linear Embedding", Science vol 290, 22 Dec,
2000, p 2323
M:V:(COMPACT REPRESENTATIONS OF HIGH DIMENSIONAL DATA;)
144: Hopkins, John-Mark and Sibbett, Wilson, "Ultra Short Pulse
Lasers: Big Payoffs in a Flash", Scientific American, Sept, 2000,
p 73
145: Page, Chester H, "Classes of Units in the S. I.", American
Journal of Physics, vol 46, no 1, Jan, 1978, p 78
D:T:U:(SEE 147)
146: Herrmann, F, Hauptmann, H, and Suleder, M, "Representations of
Electric and Magnetic Fields", American Journal of Physics, vol 68,
no, Feb, 2000, p 171
147: de Boer, Jan, "Group Properties of Quantities and Units",
American Journal of Physics, vol 47, no 9, Sept, 1979, p 818
U:V:Y:(SEE 148)
148: Tuninsky, V S, "Unit Systems Based on the Fundamental
Constants", Metrologia, vol 36, 1999, pp 9-14
D:N:U:Y:(SEE 147)
149: Dumond, Jesse W M, and Cohen, Richard E, "Our Knowledge of the
Atomic Constants F, N, m, and h in 1947 and Other Constants
Derivable Therefrom", Reviews of Modern Physics, vol 20, no 1,
Jan, 1948, p 82-108
C:t:M:Q:R:V:(1947 RECOMMENDED VALUES)(p 91,92,103 ISOMETRIC
CONSISTENCY CHART)(p 87: "IN THE ANALYSIS OF SUCH COMPLICATED
SITUATIONS AS THE PRESENT ONE, GRAPHICAL AIDS ARE OF GREAT UTILITY
IN FORMING JUDGEMENTS EVEN THOUGH THEY MAY NOT BE USED TO OBTAIN
NUMERICAL RESULTS")(MANY Birge ARTICLES)(BIRGE-BOND DIAGRAM AND
PROGENITOR, DIMENSIONAL SPACES DISCUSSED)(SEE 072,152,153,358,527)
150: Birge, Raymond T, "Probable Values of e, h, e/m, and alpha",
Physical Review, Apr 12, 1932
C:(LEAST SQUARES METHOD)
151: Beth, Richard A, "The Apparent Discrepancy Among the
Experimental Measurements of the Atomic Constants", Letters to the
editor, Physical Review, series 2, vol 53, Jan-June, 1938, p 681
U:(ATOMIC UNITS SYSTEM PUTTING ALL CONSTANTS IN A MATHEMATICALLY
SIMILAR FORM: f=(C)(Q^x)(h^y)(m^z));
Rc = 2(Pi^2)(m)(Q^4)/[(c)(h^3)] = 1.09737 (cm^-1)
152: Dumond, Jesse W M, "Our Present Dilemma Regarding the Natural
Constants e, m, and h: A new Graphical Method of Presentation",
Physical Review, vol 56, July 15, 1939, p 153
C:M:Q:(p 155: "BIRGE EYE VIEW" MENTION; p 156: Q-h-M SPACE DIAGRAM;
p 157: ISOMETRIC CONSISTENCY CHART)(p 159: "THE AUTHOR BELIEVES
THAT A METHOD OF VISUALIZING THE RATHER COMPLICATED SITUATION AS TO
THE INTERCONSISTENCY OF RESULTS SUCH AS FIG 3[isometric consistency
chart: 2D projection of 3D Birge-Bond diagram][in italics: IN WHICH
TO THE GREATEST POSSIBLE EXTENT ALL RELIABLE ORIGINAL DATA ARE
SEPERATELY VISIBLE IS..] MUCH TO BE PREFERRED TO ANY METHOD IN
WHICH ORIGINAL DATA ARE CONCEALED BEHIND AVERAGES OR LEAST-SQUARES
SOLUTIONS."[in italics: NO BLIND MATHEMATICAL PROCESS OF AVERAGING
SHOULD IN HIS OPINION PRECEDE AN OPPORTUNITY FOR THE EXERCISE OF
INTELLIGENT JUDGEMENT.]" )(SEE 072,149,153,358,527)
153: Dumond, Jesse W M, "Recent Changes and Additions in the
Consistency Diagram of the Natural Atomic Constants", Physical
Review, series 2, vol 75, Apr-June, 1949, p 1297
C:M:(VALUE DISCREPANCIES; ISOMETRIC CONSISTENCY CHART)(SEE 073,149,
152,358,527)
154: Bureau Interntional des Poids et Measures, "The International
System of Units (SI), 7th Edition, Spring 1998", and updates,
Organisation Intergouvernementale de la Convention du Metre,
B I P M, via http://www.bipm.org , 1 Jun 2017
D:t:M:U:(p 92: DEFINITON OF COHERENT SYSTEM, 1860 REQUIREMENT FOR A
COHERENT SYSTEM; SI: BASE UNITS, SOME OF THE DERIVED UNITS, USAGE;
ACCEPTABLE NON-SI UNITS; SI IS Giorgi'S 4D UNITS SYSTEM WITH
RATIONALIZATION)(Kind's DIAGRAM)(SEE 096, 098, 099)
155: Chandrasekhar, S, "Beauty and the Quest for Beauty in Science",
Physics Today, July, 1979, pp 25-30
156: Von Baeyer, Hans Christian, "Power Tool", The Sciences,
Sept/Oct, 2000, pp 12-15
L:(THINKING WITH LOGS)
157: Taylor, B N, and Mohr, P J, "On Redefinition of the Kilogram",
Letter to the editor, Metrologia, vol 36, 1999, pp 63-64
158: Lapidus, R, "Fundamental Units and Dimensionless Constants in a
Universe with 1, 2, and 4 Space Dimensions", American Journal of
Physics, vol 49, no 9, Sept, 1981, p 890
U:(DIFFERENT TYPE UNIT SYSTEM)
159: Feynman, Richard, THE CHARACTER OF PHYSICAL LAW (Book),
copyright Richard Feynman, M I T Press, Cambridge, London, 1st
M I T Press paperback edition Mar, 1967, 4th M I T Press paperback
edition Aug, 1971, LOC #67-14527, ISBN 0 262 060167
Q:(A VALID LAW OF PHYSICS CAN BE USED TO DERIVE OTHERS; MATH
IS A LANGUAGE THAT TAKES US PLACES; IMPORTANT LAWS CAN BE
EXPRESSED MORE THAN ONE WAY)
160: Asten, Ernest L, "Confusion Worse Confounded", Nature, vol 346,
Aug 9, 1990, p 506
Q:(MEASURES IN HARDWARE; PLUMBERS SECRETS ARE JOB SECURITY)(SEE
188, 256)
161: Mermin, David N, "What's Wrong With This Elegance?", Physics
Today, Mar, 2000, pp 11-12
162: Langer, James, "Physicists in the New Era of Electronic
Publishing", Physics Today, Aug, 2000, pp 35-38
163: Sincell, Mark, "What Price Journals in an Electronic Era?",
Physics World, Mar, 2000, p 10-11
164: Durrani, Martin, "World Order Upset by New Citation Study",
Physics World, March, 2000, p 11
165: Baez, John, "How Many Fundamental Constants Are There?", seen
1 Jun 2017 at at http://math.ucr.edu/home/baez/constants.html
C:(22 CONSTANTS AT MOST)
166: Weinberg, Steven, "A Unified Physics by 2050?", Scientific
American, Dec, 1999, p 68
M:Q:(CHART OF THEORIES TOWARD UNIFICATION)(GUT MUST ACCOUNT FOR
MEASURED CONSTANTS)
167: Kostro, L, and Lange, B, "Is (c^4)/(G) the Greatest Possible
Force in Nature?", Physics Essays, vol 12, no 1, 1999
C:N:T:(AND COUPLING CONSTANTS)(SEE 240)
168: Severn, John, "Gauss' Law - a Forgotten Tool?", Physics
Education, vol 35, no 4, JULY, 2000, p 27
169: Harada, Minoru, "Universality of the Numerical Value of Length
and Its Implications for Time Dilation", Physics Essays, vol 12,
no 2, 1999, p 368
D:Q:U:(SEPARATE UNITS OF LENGTH AND TIME FOR DIFFERENT REFERENCE
FRAMES)
170: Caldwell, Robert R, and Steinhardt, Paul J, "Quintessence",
Physics World, Nov, 2000 pp 31-37
171: Green, Michael, "Strings Draw Physicists Together", Physics
World, Mar, 2000 p 21
172: Abel, Steven and March-Russel, John, "The Search for Extra
Dimensions", Physics World, Nov, 2000, p 39
173: Puthoff, H E, "Quantum Vacuum Fluctuations: A New Rosetta Stone
of Physics?", on 1 June 2017 at http://www.ldolphin.org/zpe.html
(ZERO POINT ENERGY)
174: Wilczek, Frank, "The Persistence of Ether", Physics Today, Jan,
1999, p 11
175: Einstein, Albert, "Ether and the Theory of Relativity", address
delivered May 5, 1920, at the University of Leyden, on 9 June 2013
seen at http://www.tu-harburg.de/rzt/rzt/it/Ether.html
176: Yam, Phillip, "Exploiting Zero Point Energy", Scientific
American, Dec, 1997, p 82
177: Black, Max, MODELS AND METAPHORS: STUDIES IN LANGUAGE AND
PHILOSOPHY (Book), copyright 1962 Cornell University Press, Ithica,
N Y, printed by Vail-Ballou Press, pp 219-241
178: Crease, Robert P, "Why Science Thrives on Criticism", Physics
World, vol 13, issue 5, article 2, May, 2000
179: Redish, Edward F, and Steinberg, Richard N, "Teaching Physics:
Figuring Out What Works", Physics Today, Jan, 1999, p 24
180: Lemonick, Michael D, "Will We Ever Discover Another Universe?",
Time Magazine, Apr 10, 2000
Q:(LIGHT BARRIER UNBREAKABLE, BUT SPACE ITSELF CAN EXCEED (c)[into
a Black Hole] )
181: Tolman, Richard C, "The Principle of Similitude", Physical
Review, vol 3, no 4, series 2, p 244 (1914?)
182: Van Nostrond and Reinhold, "Calculation with Logarithms", The
VNR CONCISE ENCYCLOPEDIA OF MATHEMATICS, 2nd edition (Book), 1989,
Van Nostrand and Reinhold, ISBN 0-442-20590-2, p 56
D:H:L:(COMMON LOG OF 2370 IS 3.3747...; 3 IS THE CHARACTERISTIC,
AND .3747 IS THE MANTISSA; Briggs: 1ST DECADIC OR COMMON LOGS;)
183: Weaver, Kenneth F, "How Soon Will We Measure in Metric?",
National Geographic, Aug, 1977, p 287
184: Keele, James, "The Relativistic Origin of Ampere's Law", The
Santa Fe Institute, Santa Fe, New Mexico
Q:(p 12: ERRORS IN GRASSMAN'S AND BIOT-SAVART LAWS IN USE TODAY)
185: Pines, David, "Why Science Can't Be Done in Isolation",
Newsweek, Sept 27, 1999, p 11
186: Evans, John H, "Dimensional Analysis and the Buckingham Pi
Theorem", American Journal of Physics, vol 40, Dec, 1972, p 1815
M:U:(SYSTEMS CONVERSIONS)V:(DIAGRAM MAPS GROUPS, SETS ONTO OTHERS)
187: Sapirstein, Jonathan, "Theory, Experiment, and Fine Structure",
Physics World, vol 13, no 7, July, 2000
Q:("...AS ELECTRON ORBITS NUCLEUS AT RELATIVISTIC SPEEDS")
188: Romer, Robert H, "Units - SI Only or Multicultural Diversity?",
American Journal of Physics, vol 67, no 1, Jan, 1999, p 13
D:H:U:(SEE 160, 252, 253, 254, 255, 256)
189: Lundberg, George D, "The Functions of a Scientific Journal",
taken from "Editing the Refereed Scientific Journal", edited by
Robert A Weeks and Donald L Kinser, IEEE Press, N Y, 1994, pp 3-4,
found in American Journal of Physics, vol 67, no 1, Jan, 1999, p 16
---------------------------------++---------------------------------
190: A.A.P.T. Quotes: "What is Science?", and "Open Exchange",
American Journal of Physics, vol 67, no 8, Aug, 1999, p 659
Q:("THE FOLLOWING STATEMENT WAS ORIGINALLY DRAFTED BY THE Panel on
Public Affairs OF THE American Physical Society, (POPA) IN AN
ATTEMPT TO MEET THE PERCEIVED NEED FOR A VERY SHORT STATEMENT THAT
WOULD DIFFERENTIATE SCIENCE FROM PSEUDOSCIENCE. THIS STATEMENT HAS
BEEN ENDORSED AS A PROPOSAL TO OTHER SCIENTIFIC SOCIETIES BY The
Council of the American Physical Society, AND WAS ENDORSED BY THE
Executive Board of the American Association of Physics Teachers AT
ITS MEETING IN Atlanta, 20 March 1999." :
"SCIENCE IS THE SYSTEMATIC ENTERPRISE OF GATHERING KNOWLEDGE ABOUT
THE WORLD AND ORGANIZING AND CONDENSING THAT KNOWLEDGE INTO
TESTABLE LAWS AND THEORIES" ; "THE SUCCESS OF SCIENCE IS ANCHORED
IN THE WILLINGNESS OF SCIENTISTS TO
{1} EXPOSE THEIR IDEAS AND RESULTS TO INDEPENDENT TESTING AND
REPLICATION BY OTHER SCIENTISTS. THIS REQUIRES THE COMPLETE AND
OPEN EXCHANGE OF DATA, PROCEDURES, AND MATERIALS.
{2} ABANDON OR MODIFY ACCEPTED CONCLUSIONS WHEN CONFRONTED WITH
MORE COMPLETE OR RELIABLE EXPERIMENTAL EVIDENCE. ADHERENCE TO
THESE PRINCIPLES PROVIDES A MECHANISM FOR SELF CORRECTION THAT IS
THE FOUNDATION OF THE CREDIBILITY OF SCIENCE")
---------------------------------++---------------------------------
191: Aspden, H, "Gyromagnetic Ratio", Letter to the editor of the
IEEE Journal 'Electronics and Power', Aug, 1966, p 288
g:(ANOMALOUS BEHAVIOR QUESTIONS ELECTRON SPIN CONCEPTS)
192: Toulose, Gerard, "Ethics Enters the 21st Century", Physics
World, Nov, 1999, pp 13-14
193: Parker, Sybil, editor-in-chief, McGRAW-HILL ENCYCLOPEDIA OF
PHYSICS (Book), Copyright 1993 McGraw-Hill, ISBN 0-07-051400-3
C:D:U:(DIMENSIONAL ANALYSIS; GALALIAN TRANSFORMATIONS; FUNDAMENTAL
INTERACTIONS; WAVE MECHANICS; POYNTING VECTOR; p 769: MATRIX
CALCULUS; Maxwell'S EQUATIONS; Ampere's LAW; pp 730-738: MAG FIELD,
ETC, MAG FLUX DENSITY, MAG FIELD INTENSITY RELATIONSHIP; P 1037:
PINCH EFFECT)
194: Wulff, "3.091 Table of Fundamental Constants", M I T 3.091,
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195: Weinberg, Steven, "Will We Have a Final Theory of Everything?",
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196: Gardner, Martin, "The Guided Wave Theory of Louis de Broglie
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197: Michaelis, W, Haars, H, and Augustin, R, "A NEW Precise
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198: Ohanian, Hans C, "Answer to Question #15, What Space Scales
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199: Weiss, Peter, "Hunting for Higher Dimensions", Science News,
vol 157, Feb 19, 2000, p 122
200: Duff, Michael J, "The Theory Formerly Known as Strings",
Scientific American, Feb, 1998, p 64
201: Zeilik, Michael, "Conceptual Astronomy: A Novel Method for
Teaching Post Secondary Science Courses", American Journal of
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M:(CONCEPT MAP, LEARNING-UNDERSTANDING PATHS MAP)
202: Williams, Thomas H, "Semantics in Teaching Introductory
Physics", American Journal of Physics, vol 68, no 8, Aug, 1999,
p 670
203: Singham, Mano, "Teaching and Propaganda", Physics Today, June,
2000, p 55
204: Carr, James J, "The Physics Tutorial: Some Cautionary Remarks",
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205: Gibbons, Gary, "Brane Worlds", Science, vol 287, Jan 7, 2000,
p 49
206: Brownstein, K R, "Cubic Acres", American Journal of Physics,
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(DISCUSSION OF McDuck's {YES, Donald's RICH UNCLE] CUBIC ACRES)
207: Sokal, Al, "Hermeneutics of a Quantum Gravity", Social Text
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208: Sincell, Mark, "A New Beginning", Popular Science, Feb, 2001
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209: Tyson, Neil de Grasse, "Zero Tolerance", Natural History,
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L:T:(COSMOLOGY)
210: Migdall, Alan, "Correlated-Photon Metrology Without Absolute
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211: Chown, Marcus, "Double or Quit", New Scientist, 14 Oct, 2000,
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(SPLITTING ELECTRONS; HYDRINOS)
212: Morris, Christopher, editor, "gyromagnetic ratio", ACADEMIC
PRESS DICTIONARY OF SCIENCE AND TECHNOLOGY, (Book) copyright 1992,
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g:(GYE=MAGNETIC DIPOLE MOMENT OF A CLASSICAL ATOMIC OR NUCLEAR
SYSTEM PER ITS ANGULAR MOMENTUM)
213: Barnhart Books, "gyromagnetic ratio", HAMMOND BARNHART
DICTIONARY OF SCIENCE (Book), copyright 1986 Barnhart Books,
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214: Longmans and Green, "gyromagnetic effects", DICTIONARY OF
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p 226
g:G:(GYROMAGNETIC EFFECTS: RELATIONSHIPS BETWEN MAGNETIZATION OF A
BODY AND ITS ROTATION [ALSO SEE BARNETT EFFECT HERE, EINSTEIN AND
de HAAS EFFECT HERE, SAYS SEE Barnett, S J, Reviews of Modern
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215: Weld, LeRoy D, "gyromagnetic ratio", GLOSSARY OF PHYSICS, 1st
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g:(GYE=MAGNETIC MOMENT OF A SPECIMEN OF SUBSTANCE TO THE ANGULAR
MOMENTUM OF ITS ATOMS (REFS Frank, Physics Review, 39, 119, 1932])
216: Lapedes, Daniel N, editor in chief, "gyromagnetic ratio",
DICTIONARY OF PHYSICS AND MATHEMATICS (Book), copyight 1978, McGraw
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g:(a: THE RATIO OF THE MAGNETIC DIPOLE MOMENT TO THE ANGULAR
MOMENTUM FOR A CLASSICAL, ATOMIC, OR NUCLEAR SYSTEM; b:
OCCASIONALLY, THE RECIPROCAL OF THE ABOVE)
217: Thewlis, James, editor-in-chief, "gyromagnetic ratio",
ENCYCLOPEDIC DICTIONARY OF PHYSICS-POLYGLOT, 1961-1964, Pergamon
Press, LCCN 60-7069, p 550
g:(GYE=ANGULAR MOMENTUM PER MAGNETIC MOMENT, THE RECIPROCAL IS THE
MAGNETO-MECHANICAL FACTOR)
218: Oxford University Press, "gyromagnetic ratio", A CONCISE
DICTIONARY OF PHYSICS, 1984 edition, Oxford University Press, and
1985 edition, derived from A CONCISE DICTIONARY OF SCIENCE
AND
218b Oxford University Press, "gyromagnetic ratio", A DICTIONARY OF
PHYSICS 3rd edition, Oxford University Press, ISBN 0-19-280030-2,
p 172
AND
218c Oxford University Press, "gyromagnetic ratio", A DICTIONARY OF
PHYSICS 4th edition, copyright 2000 Oxford University Press,
ISBN 0-19-280103-1, p 205
AND
218d Oxford University Press, "gyromagnetic ratio", A DICTIONARY OF
SCIENCE, Oxford University Press, ISBN 0-19-280098-1, p 361
AND
218e Oxford University Press, "gyromagnetic ratio", CONCISE SCIENCE
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g:(ALL SAY: RATIO OF ANGULAR MOMENTUM OF AN ATOMIC SYSTEM TO ITS
MAGNETIC MOMENT, AND REVERSE IS CALLED MAGNETOMECHANICAL RATIO)
219: Staicu, C I, "General Dimensional Analysis", Journal of the
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220: Silk, Joseph, THE BIG BANG (Book), 1980, W H Freeman and Co, NY
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223: Birge, R T, "On Electric and Magnetic Units and Dimensions",
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224: Cohen, E Richard, "The Status of the Fundamental Constants",
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226: Hoyle, C D, Schmidt, U, Heckel, B R, Adelberger, E G, Gundlach,
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SOCIAL SCIENCES MORE THAN IT DOES RESEARCH IN PHYSICS"; p 408:
BEWARE OF "I LEARNED PHYSICS IN A CERTAIN WAY...THEY CAN LEARN IT
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231: Lamb, Willis E, "Super Classical Quantum Mechanics: The Best
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232: Karapetoff, Vladimir, "A General Theory of Systems of
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CHOICE OF MOST CONVENIENT VALUES OF PARAMETERS)
233: Weber, Ernst, "A Proposal to Abolish the Absolute Electrical
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D:t:H:M:N:Q:R:T:U:t:Y:(PRIESTLEY'S LAW, NOT BIOT-SAVART; LISTS
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ELECTROMAGNETIC SYSTEMS; p 729: "THE LAWS ARE EXPRESSED IN
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237: Greene, Mott, "A Tool, Not a Tyrant", Nature, vol 410, 19 Apr,
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245: Sena, L A, UNITS OF PHYSICAL QUANTITIES AND THEIR DIMENSIONS
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246: Leroy, Bernard, "How to Convert the Equations of
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247: Goth, George W, "Dimensional Analysis by Computer", Physics
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249: Ruark, Arthur Edward, "Inspectional Analysis: a Method Which
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250: Gamow, George, ONE TWO THREE...INFINITY (Book), copyright 1947
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251: Bridgman, P W, THE LOGIC OF MODERN PHYSICS (Book), 1927,
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252: Iona, Mario, "Letters to the Editor", American Journal of
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DUE TO CONVERSION FROM CGS SYSTEM)(SEE 188,256)
253: Bartlett, David, "Letters to the Editor", American Journal of
Physics, vol 67, no 6, June, 1999, pp 465+
Q:(USE UNITS BY RELEVANCY AT HAND)(SEE 188,256)
254: Garstang, Roy H, "Letters to the Editor", American Journal of
Physics, vol 67, no 6, June, 1999, pp 465+
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255: Chambers, R G, "Letters to the Editor", American Journal of
Physics, vol 67, no 6, June, 1999, pp 465+
Q:(UNSCIENTIFIC NATURE OF SI UNITS-NON INTEGRAL EXPONENTS; SPEAKS
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256: Romer, Robert H, "Letters to the Editor", American Journal of
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D:H:Q:R:T:(SEE 160, 188, 252, 253, 254, 255)
257: Zimmerman, E J, "Numerical Coincidences in Microphysics and
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258: Washburn, Edward W, editor-in-chief, INTERNATIONAL CRITICAL
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259: Hewlett-Packard; "Slide Rules", THE MUSEUM OF HP CALCULATORS,
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260: Green, Alex E S, "A Physicist With the Air Force in World War
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261: Page, Leigh, "Electromagnetic Equations and Systems of Units",
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D:H:Q:R:U:
262: Birge, Raymond T, "On the Establishment of Fundamental and
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D:H:Q:R:U:
263: Birge, Raymond T, "On the Establishment of Fundamental and
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D:H:Q:R:U:
264: Williams, W, "On the Relation of the Dimensions of Physical
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265: Webster, David L, "Unscrambling the Dielectric Constant",
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266: Bagno, Esther, Eylon, Bat-Sheva, and Ganiel, Uri, "From
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267: Machaak, A C, "Dimensional Analysis as a Trading Card Game",
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273: Planck, Max, THEORY OF ELECTRICITY AND MAGNETISM (Book),
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275: Wolf-Michael, Roth, and McGuinn, M K, "Toward a Theory of
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REPRESENTATION FROM INDIVIDUAL TO SOCIAL ARENA, FORM COMMON BASIS
FOR COMMUNICATION, IMMUTABLE AND THEREFORE MOBILE, EASILY
INCORPORATED INTO DIFFERENT CONTEXTS, RESCALABLE, EASILY COMBINED
AND SUPERIMPOSED LEADING TO LAYERING OR EXPANSION, LOW ECONOMIC,
COGNITIVE, AND TEMPORAL COST(NOTE ADVERTISING USE), MERGABLE WITH
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276: McDermott, Lillian C, Oersted Medal Lecture 2001: "Physics
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M:Q:S:(p 1136: "STUDENTS SHOULD BE EXPECTED TO DEVELOP A COHERENT
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TYPE OF ANSWER THAT THEY SHOULD OBTAIN IN A QUANTITATIVE PROBLEM")
277: Van Heuvelen, Alan, Millikan Lecture 1999: "The Workplace,
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PHYSICAL QUANTITIES AND CONCEPTS AND TO USE THESE REPRESENTATIONS
TO REASON ABOUT THE PHYSICAL WORLD WITHOUT USING MATH; A LINKAGE
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278: Nave, C R, "HyperPhysics", copyright 2000 C R Nave, Georgia
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279: Harvey, Bruce, "Replacing Einstein's SR and GR", Journal of New
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281: Butterfield, R, "Dimensional Analysis for Geotechnical
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287: Fuchs, J, "Blackett's Hypothesis of the Magnetic Field of
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288: Nelson, Robert A, "The International System of Units", Via
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290: Mellman, Ira, "Setting Logical Priorities", Nature, vol 410,
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298: Thomas, G, "Dimensional Analysis Applied to Electricity and
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301: Fayos, F, Lobo, J A, and Llanta, E, "A Noteworthy Dimensionless
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307: Weiss, Peter, "Catch a Wave", Science News, vol 157, Jan 8,
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G:(GRAVITY WAVES RESEARCH, THEORY)
308: Collins, Graham P, "Plus la Change", Scientific American, Nov
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C: (CHANGE IN VALUE OF FINE STRUCTURE CONSTANT OVER TIME?)
309: Abramowicz, Marek Artur, "Black Holes and the Centrifugal Force
Paradox", Science in the 20th Century, Scientific American Special
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G: (GRAVITY, BLACK HOLES)
310: Falla, D F, and Floyd, M J, "Superliminal Motion in Astronomy",
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311: Bethe, H E, and Longmire, C, "On the Experimental Value of the
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1949, p 306
312: Infeld, L, "Electromagnetic and Gravitational Radiation",
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G:(ANALOGY OF E-M FIELD FOR GRAVITATIONAL RADIATION IN TWO-BODY
PROBLEM; OLD VS NEW APPROXIMATION METHODS OF Einstein AND Infeld)
313: Taylor, Barry N, The International System of Units (SI),
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330, Aug, 1991
314: Odenwald, Sten, "How Do Astronomers Tell the Difference Between
the Different Kinds of Redshifts?", archive of the NASA IMAGE Space
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G:T:
315: Flandern, Tom Van, "The Speed of Gravity - What the Experiments
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G:T:
316: Gustafson, John, "Three Spacecraft Reveal Unexplained Motion:,
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G:T:
317: Seife, Charles, "CERN'S Gamble Shows Perils, Rewards of Playing
Odds", Science, vol 289, Sep 29, 2000, p 2260
C:T:
318: Weiss, P, "Black Hole Recipe: Slow Light, Swirl Atoms", Science
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G:("...MATHEMATICAL EQUIVALENCE BETWEEN LIGHT IN A MOVING FLUID AND
IN A GRAVITATIONAL FIELD...")
319: Brownridge, Dennis, "The International System of Units (SI): A
Guide for Teachers, Students, and Professionals", Feb 01, 2001,
excerpted from "Metric in Minutes: The Comprehensive Resource for
Learning the Metric System (SI)", Professional Publications, Inc,
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U:t:Y: (US METRIC ASSOCIATION; DIAGRAMS FOR UNIT COMPARISONS)
320: Pisano, F, and Reis, N O, "Natural Units, Numbers and Numerical
Clusters", via http://arxiv.org/abs/hep-ph/0112097 on 1 June 2017
321: Aikman, John, "Geometrical Dimensional Analysis", Journal of
New Energy, vol 7, no 1, Winter, 2003, pp 4-32
(THIS AUTHOR'S ARTICLE, INSTITUTE FOR NEW ENERGY SYMPOSIUM, AUG,
2002; AUTHOR ERROR PAGE 10, PRINTER ERROR FIG 9; GDA MATERIAL AS
3D MAPPINGS, WITH PERMITTIVITY AS DIMENSIONLESS)
322: Fixler, J B, Foster, G T, McGuirk, J M, and Kasevich, M A,
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323a: Science@NASA, "Peering Through a 'Hole in the Sky' ", NASA
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323b: Science@NASA, "Decrypting the Eclipse", NASA Science News;
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G:(ANOMALOUS BEHAVIOR OF Foucault PENDULUMS DURING ECLIPSES)
324: Matthews, Robert, "'Anti-gravity' Device Gives Science a Lift",
The Sunday Telegraph,
seen 1 June 2017 at http://www.enterprisemission.com/antigrav.html
about http://www.padrak.com/ine/PODKLETNOV.html
G:T:(Podkletnov, Eugene, et al, Tampere University of Technology IN
Finland, PURPORTEDLY SUCCESSFUL EXPERIMENTS AND PUBLICATIONS ON
ANTIGRAVITY EFFECTS; RING OF SUPERCONDUCTING CERAMIC
[YTTRIUM-BARIUM-COPPER OXIDE] SPINNING IN MAGNETIC FIELD)
325: Universe Today, "Chandra Confirms the Hubble Constant",
seen 08/07/07(?) at http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd ,
via http://www.universetoday.com/universetoday.xml ,
referencing
Bonamente, Max, et al, "Chandra Confirms the Hubble Constant",
The Astrophysical Journal, August 10, 2007
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326: Mana, Gioanni, "Electromagnetic Quantities and Units Derived
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327: Patterson, A L, "The Use of an MKS System of Units in a First
Course in Electricity", American Journal of Physics, vol 7, no 5,
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328: DeBethune, Andre J, and Perez, Jerome J, "Dimensional Symmetry
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p 584
329: Committee on Electric and Magnetic Units of the AAPT, "What is
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330: Barker, J R, and Davies, R O, "A Calculus of Measures and its
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331: Little, Noel C, "A Unified Approach to Physics", American
Journal of Physics, vol 19, no 6, 1951, p 351
332: Borg, S F, "On an Application of Dimensional Analysis",
American Journal of Physics, vol 19, no 2, Feb, 1951, p 69
333: Fisher, L H, "On the Representation of the Static Polarization
of Rigid Dielectrics by Equivalent Charge Distributions", American
Journal of Physics, vol 19, no 2, 1951, p 73
334: Varney, Robert N, and Fisher, Leon H, "Electromotive Force:
Volta's Forgotten Concept", American Journal of Physics, vol 48,
no 5, May, 1980, p 405
335: Emerson, W H, "On Quantity Calculus and Units of Measurement",
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336: Emerson, W H, "On the Concept of Dimension", Metrologia, 42,
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337: Emerson, W H, "On the Algebra of Quantities and their Units",
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338: Gundlach, Jens H, and Merkowitz, Stephen M, "Measurement of
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339: Gundlach, J H, "A Rotating Torsion Balance Experiment to
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340: Eot-Wash Group, The, "The Controversy over Newton's
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341: Sundrum, Raman, " Fat Gravitons, the Cosmological Constant and
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342: Gundlach, J H, Adelberger, E G, Heckel, B R, and Swanson, H E,
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343: Kritzer, Robert, "The Gravitational Constant", Mar, 2003, seen
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344: Speake, Clive C, "Newton's Constant and the Twenty-first
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345: Coulomb's Law Committee of the AAPT, "The Teaching of
Electricity and Magnetism at the College Level: I. Logical
Standards and Critical Issues", and II. Two Outlines for Teachers",
American Journal of Physics, vol 18, no 1, Jan, 1950, pp 1-25 and
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D:U:MG:
346: Crangle, John, and Gibbs, Mike, "Units and Unity in Magnetism:
a Call for Consistency", Physics World, Nov, 1994, p 31
D:U:MG:
347: Stopes-Roe, H V, "MKSA, Giorgi, and SI", Nature, 222, 1969,
p 500
C:D:H:U:MG:(Giorgi'S WAS COMPROMISED AND IS CONFUSING)(SEE 424)
348: Larmor, Joseph, "Physical Units and their Dimensions", Nature,
Oct 5, 1935, p 548
349: Coleman, J E, "Conventions for Magnetic Quantities in SI",
American Journal of Physics, vol 41, Feb, 1973, p 221
D:U:MG:
350: Coleman, John, "More on Magnetism", Physics World, Feb, 1995,
p 22
D:U:MG:
351: Atkinson, R, Cowan, B, Lowes, F, O'Reilly, B, Stephenson, A,
Barritt, K D, Hehl, F W, and Coles, B, "Dropped H Causes Magnetic
Backlash", Physics World, Jan, 1995, p 19
D:U:MG:
352: Desloge, E A, "Suppression and Restoration of Constants in
Physical Systems", American Journal of Physics, vol 52, no 4, 1984,
p 312
(SEE 102, 103, 353, 354, 355)
353: Desloge, E A, "Suppression and Restoration of Constants",
American Journal of Physics, vol 62, no 3, 1994, p 216
354: Berreman, Dwight W, "Electromagnetic Equations Written in a
Form Independent of the System of Units", American Journal of
Physics, vol 27, 1959, p 44
G:(VIA 102)(SEE 102, 355, 104, 352)
355: Trigg, George L, "Electromagnetic Equations in Generalized
Units", American Journal of Physics, vol 27, 1959, p 515
G:(SEE 102)
356: Page, Leigh, and Adams, N I, PRINCIPLEs OF ELECTRICITY: AN
INTERMEDIATE TEXT IN ELECTRICITY AND MAGNETISM (Book),
second edition, copyright 1931, 1949, D Van Nostrand Co, and
fourth edition, copyright 1931, 1949, 1958, 1969, American Book Co
and D Van Nostrond Co
357: Condon, E U, "Where Do We Live? Reflections on Physical Units
and the Universal Constants", American Journal of Physics, vol 2,
1934, p 63
358: Condon, E U, "Graphical Representation for Unit Systems",
American Journal of Physics, vol 29, 1961, p 487
C:H:L:M:R:S:T:U:V:Y:("...THE FIELD OF POSSIBLE CHANGES OF UNITS...
IS ARBITRARY AND A MATTER OF CONVENIENCE."; WHERE GDA USES
LOGARITHMIC EXPRESSION OF NUMERICAL VALUES ON ORTHOGONAL AXES AND
ASSOCIATES CHANGE OF POSITION WITH CHANGE OF RELATIONSHIP AMONG
QUANTITIES IN A SYSTEM OF UNITS, HE USES LOGARITHMIC EXPRESSION OF
NUMERICAL VALUES ON ORTHOGONAL AXES TO GRAPH SYSTEMS OF UNITS BY
ASSOCIATING CHANGE OF POSITION TO CHANGE IN DEFINITION OF UNITS;
"...QUANTITIES OF LIKE KIND ARE REPRESENTED BY PARALLEL PLANES." ;
UNIT SYSTEM "...TRANSFORMATIONS ARE EASILY SEEN TO HAVE THE GROUP
PROPERTY." ; TRANSFORMATIONS FROM ONE SYSTEM OF UNITS TO ANOTHER
CAN INVOLVE BOTH A NUMERICAL CONVERSION AND A CONVERSION FACTOR
REFLECTING THE DIFFERENT SHAPE ASSOCIATED WITH THE DIFFERENT BASE
UNIT; REFS Beth, Dumond, & Cohen AND THEIR USES OF Birge-Bond
DIAGRAM AND ISOMETRIC CONSISTENCY CHART & ETC)(SEE 073, 149, 152,
153, 527)
359: Condon, E U, "Tunneling:How it all Started ", American Journal
of Physics, vol 46, 1978, p 319
360: Mathews, W N Jr, "Answer to Question 17 [``What happens to
energy in the cosmic expansion?'' American Journal of Physics,
vol 63, 1995, p 1067
361: Eldridge, J A, "Systems of Electrical Units", American Journal
of Physics, vol 15, 1947, p 390
D:U:MG:
362: Eldridge, J A, "The Energy Density in a Gravitational Field",
American Journal of Physics, vol 19, 1951, p 63
363: Eldridge, J A, "The Electric and Gravitational Proportionality
Constants", American Journal of Physics, vol 18, 1950, p 579
364: Barkas, W H, "Units for Atomic and Subatomic Physics", American
Journal of Physics, vol 33, 1965, p 584
365: Katz, E, "Concerning the Number of Independent Variables of the
Classical Electromagnetic Field", American Journal of Physics,
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366: Andion, N P, "Minimizing Postulation in a Senior Undergraduate
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367: Warburton, F W, "A Normal Mks System of Units", American
Journal of Physics, vol 8, 1940, p 30
368: Spees, A H, "Conversion of Electromagnetic Equations", American
Journal of Physics, vol 15, 1947, p 476
369: Venkates, H G, "Formalized System of Equations in
Electromagnetism", American Journal of Physics, vol 31, 1963, p 153
370: Parkinson, M, "An Axiomatic Approach to Dimensions in Physics",
American Journal of Physics, vol 32, 1964, p 200
371: Smith, Paul A, "Teaching Dirac Notation and Relations Among
Systems of Units", American Journal of Physics, vol 34, 1966, p 677
372: Matthews, D L, "How to Transform mks Equations into the
Gaussian System", American Journal of Physics, vol 23, 1955, p 385
373: Gelman, H, "Generalized Conversion of Electromagnetic Units,
Measures, and Equations" American Journal of Physics, vol 34, 1966,
p 291
374: Yun-tung Lau, "An easy method for converting equations between
SI and Gaussian units", American Journal of Physics, vol 56, 1988,
p 135
375: Varney, R N, "Systems of Electrical Units-Their Past and Their
Probable Future", American Journal of Physics, vol 8, 1940, p 222
376: Katz, R, "The Magnetic Pole in the Formulation of Electricity
and Magnetism", American Journal of Physics, vol 30, 1962, p 41
377: Katz, H W, "Concerning Definitions of Magnetic Quantities",
American Journal of Physics, vol 21, 1953, p 647
378: Hughes, J V, "A Discussion Concerning "Definitions of Magnetic
Quantities" American Journal of Physics, vol 21, 1953, p 648
379: Worrell, F T, "Discussion of Units and Dimensions in Physics",
American Journal of Physics, vol 20, 1952, p 456
380: Page, C H, "Discussion of Units and Dimensions in Physics",
American Journal of Physics, vol 20, 1952, p 457
381: Kennelly, A E, "An International System of Physical Units and
the Teaching of Such Units to American Students", American Journal
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C:D:H:MG:R:T:U:(!!9FAVORS Giorgi'S; P 78: .."Heaviside-Lorentz cgs
SYSTEM, WHICH IS 'RATIONLIZED,' OR HAS THE CONSTANT [4pI] EXCLUDED
FROM FORMULAS DEALING WITH RECTILINEAR CONFIGURATIONS, AND INSERTED
IN FORMULAS DEALING WITH SPHERICAL CONFIGURATIONS."; P 80+ : [B]-
[H] CONSIDERATIONS)
382: Kennelly, A E, "Recent Actions of the International
Electrotechnical Commission in Reference to Electric and Magnetic
Units", American Journal of Physics, vol 3, 1935, p 89
383: McNish, A G, "Dimensions, Units, and Standards", Physics Today,
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384: Weibel, E S, "Dimensionally Correct Transformations between
Different Systems of Units", American Journal of Physics, vol 36,
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385: Wintle, H J, "Comment on "Dimensionally Correct Transformations
between Different Systems of Units", American Journal of Physics,
vol 38, 1970, p 386
386: Weibel, E S, "Reply to Comment on "Dimensionally Correct
Transformations between Different Systems of Units", American
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387: Epstein, Paul S, "On Planck's Quantum of Action", American
Journal of Physics, vol 22, no 6, 1954, p. 402
388: Houldin J E, "A Compromise Giorgi System of Units", American
Journal of Physics, vol 33, 1965, p 170
389: Condon, E U, HANDBOOK OF PHYSICS (Book), Edited by E U Condon
and Hugh Odishaw, New York, McGraw-Hill, 1958, pp7-153 to 7-173
C:M:N:R:(NOMOGRAPHIC CHART P 7-147; Birge-Bond DIAGRAM P 7-149;
ISOMETRIC CONSISTENCY CHART P 7-150; LEAST-SQUARES METHOD; ELLIPSE
OF STANDARD DEVIATION)
390: Sorrentino, F, Bertoldi, A, Cacciapuoti, A, Prevedelli, M, and
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391: Peters, A, Chung, K Y, Young, B, Hensley, J, and Chu, S,
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392: Peters, A, Chung, K Y, and CHU, S, "High-precision Gravity
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393: Chung, K, Chiow, S, Herrmann, S, Chu, S, and Müller, H, "Atom
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394: Goulart, E, and Falciano, F T, "Formal Analogies Between
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395: Bertoldi, A, Lamporesi, G, Cacciapuotia, L, de Angelisb, M,
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396: Wolf, P, Bordé, C J, Clairon, A, Duchayne, L, Landragin, A, and
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397: Kononogov, S A, and Mel’nikov, V N, "The Fundamental Physical
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398: Hecht, E, "Einstein Never Approved of Relativistic Mass",
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399: Hobson, A, Cornell, D A, Hecht, E, "Comments on "Einstein Never
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400: Lamporesi, G, Bertoldi, A, Cacciapuoti, L, Prevedelli, M, and
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MEASUREMENT ACCURACY BELOW THE 100 ppm LEVEL")
401: Chem21, "Dimensional Analysis Map" (Chemistry Graphic), found
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402: QuarkNet Teachers from Fermilab and the University of Chicago,
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403: Dwarshuis, J, "Drink Me : An Introduction to the Periodic Table
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D:M:(YOUTUBE ALSO HAS HIS PERIODIC TABLE OF ELECTROMAG ELEMENTS OF
PHYSICS AND PERIODIC TABLE OF MECH ELEMENTS OF PHYSICS)
403b: Morris, L, and Dwarshuis, J, "Drink Me! An Introduction to The
Periodic Tables of Physics", (PDF), Copyright 2009 Lawrence Morris
and Jared Dwarshuis
D:M:(YOUTUBE ALSO HAS PERIODIC TABLE OF ELECTROMAG ELEMENTS OF
PHYSICS AND PERIODIC TABLE OF MECH ELEMENTS OF PHYSICS)
404: Crease, R P, "Shifty Constants", Physics World, Dec, 2008 p 18
405: Matsas, G E A, Pleitez, V, Saa, A, Vanzella, D A T, " The
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406: Eder, W E, "A Viewpoint on the Quantity 'Plane Angle' ",
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C:D:h:R:S:T:Y:(EXCELLENT DISCUSSION IN GENERAL; AMBIGUITIES AND
INCONSISTENCIES DISCUSSED OR REFFERED TO; MANY GOOD REFS; p 10:
TABLE OF UNITS INCLUDES DEFINING EQUATIONS)
407: Petley, B W, "Fundamental Physical Constants and the SI Base
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C:D:H:R:U:(VIA Eder; p 272:Josephson EFFECTS AND THE VOLT; CANDELA
ON THE WAY OUT?)
408: Moon, C H, and Simons, G, "Geometrical Method for Relativistic
Particle Kinematics", American Journal of Physics, vol 31, 1963,
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M:!!! (IN A THREE DIMENSIONAL SPACE ONE REPRESENTS THE ENERGY,
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SIDE OF A RIGHT TRIANGLE, RESPECTIVELY ...)
409: Moon, P, and Spencer, D, "The Dimensions of Physical Concepts",
American Journal of Physics, vol 17, no 4, Apr, 1949, p 171
D:M:!!!Q:R:T: (IDON THEORY; VECTORS IN k-DIMENSIONAL IDONIC SPACES;
p 175: !!ATTRIBUTES PI-THEOREM TO Vaschy IN 1896, BEFORE
Riabouchinsky IN 1911!!)(SEE 415)
410: Moon, P, and Spencer, D E, "Electromagnetism without Magnetism:
An Historical Sketch", American Journal of Physics, vol 22, 1954,
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411: Cohn, E M, and Mentser, M, "The cgs Units of Magnetic
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412: Morris, M M, on "The Dimensions of Physical Concepts", American
Journal of Physics, vol 17, 1949, p 451
413: Moon, P, and Spencer, D E, "Reply to M. M. Morris on "The
Dimensions of Physical Concepts", American Journal of Physics,
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414: Moon, P, and Spencer, D E, "Utilizing the Mks System", American
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415: Moon, P, "The Names of Physical Concepts", American Journal of
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416: Moon, P, and Spencer, D E, "Internationality in the Names of
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417: Moon, P, and Spencer, D E, "Internationality in the Names of
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American Journal of Physics, vol 14, 1946, p 431
418: Moon, P, and Spencer, D E, "Internationality in the Names of
Scientific Concepts: Comparison of Photometric Systems", American
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419: Moon, P, and Spencer, D E, "A Geometric Treatment of Dimensions
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420: Moon, P, and Spencer, D E, "Modern Terminology for Physics",
American Journal of Physics, vol 16, 1948, p 100
421: Moon, P, and Spencer, D E, "A Modern Approach to Dimensions",
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D:M:MG:Y:(IDONS AND IDONIC THEORY: IN AFFINE SPACES, NON-ORTHOGANAL
VECTORS [MAGNITUDE ASSOCIATED WITH LENGTH, KIND OF ENTITY WITH A
DIRECTION] REPRESENT QUANTITES IN IDON SPACE WHERE INDICES OF
PRIMARY QUANTITIES ARE COORDINATES)
422: Morris, S, "The Pioneer spacecraft", American Journal of
Physics, vol 74, 2006, p 373
G:
423: Terrien, J, "News from the International Bureau of Weights and
Measures", Metrologia VOL, 4, 1968, p 41
G:(1967 ACCELERATION OF GRAVITY UPDATE)
424: Nature, "SI Units: Recalcitrant Physicists", VOL 220, 735, 1968
U:(SI ACROSS DIFF PHYS DISCIPLINES, SIZES; PUBLISHER NEEDS TO
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D:U:MG:
425: Szirtes, Thomas, and Rozsa, P, APPLIED DIMENSIONAL ANALYSIS
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426: Lindstrom, C, and Sharma, M D, "Link Maps and Map Meetings:
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M:(ADDITIONAL TO LECTURES, "MAP MEETINGS", CENTERED ON CONCEPT
MAPS CALLED LINK MAPS [MAIN POINTS OF LECTURES AS NODES, ETC] ARE
OF VALUE)
427: Page, L, and Adams, N I Jr, "A Proposed Reformulation of the
Electromagnetic Equations and Revision of Units", Journal of the
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428: Muller, H, Peters, A, and Chu, S, "A Precision Measurement of
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429: Finkelstein, L, and Morawski, R Z, "Fundamental Concepts of
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431: Sirag, Saul-Paul, "Gravitational Magnetism: An Update",
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G:H:MG:R:(MODERN TALK ON Blackett'S HYPOTHESIS)(SEE 137, 138,
286, 287, 432, 433, 434, 435, 451)
432: Tzu, H Y, "Universal Constants in Blackett's Formula", Nature,
vol 160, Nov 29, 1947, p 746
G:H:MG:R:(ON Blackett'S HYPOTHESIS)(SEE 137, 138, 286, 287, 431,
433, 434, 435, 451)
433: Gresky, A T, "Universal Units of Magnetism, Mechanics and
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G:H:MG:R:U:(ADDITIONAL UNITS NEEDED TO RESOLVE MYSTERIES AND
CONTROVERSY?; ALSO MORE ON Blackett'S)(SEE 137, 138, 286, 287,
431, 432, 434, 435, 451)
434: Blackett, P M S, "The Magnetic Field of Massive Rotating
Bodies", Nature, vol 159, no 4046, 1947, p 658 ISSN: 0028-0836
G:H:MG:(CONTROVERSIAL CLAIMS OF RELATIONSHIP TWEEN GRAVITY AND
MAGNETISM)(SEE 137, 138, 286, 287, 431, 432, 433, 435, 451)
435: Baliunas, S, Sokoloff, D, and Soon, W, "Magnetic Field and
Rotation in Lower Main-Sequence Stars: An Empirical Time-Dependent
Magnetic Bode's Relation?", The Astrophysical Journal,
457:L99L102, 1996 Feb, 1996
G:H:MG:R:U:(MORE ON Blackett'S)(SEE 137, 138, 286, 287, 431,
432, 433, 434, 451)
436: Martins, R De A, "The Origin of Dimensional Analysis", Journal
of the Franklin Institute, vol 311, no 5, May, 1981, p 331
437: Ale Araneda, J E, "Dimensional-Directional Analysis by a
Quaternionic Representation of Physical Quantities", Journal of
the Franklin Institute, vol 333, no 1, Jan, 1996, p 113
438: Kroon, R P, "Dimensions", Journal of the Franklin Institute,
vol 292, no 1, July 1971, p 45
439: Barr, D I H, "The Proportionalities Method of Dimensional
Analysis", Journal of the Franklin Institute, vol 292, no 6, Dec,
1971, p 441
440: Langhaar, H L, "A Summary of Dimensional Analysis", Journal of
the Franklin Institute, vol 242, no 6, Dec,r 1946, p 459
441: Urbanski, M K, and Samsonowicz, J, "On the Field Nature of
Measuring Process", Measurement, vol 34, no 1, July, 2003, p 31
442: Murdoch, P, "Inconsistency of the SI", International Journal
of Mechanical Engineering Education, vol 3, 1975, p 93
443: Gresky, A T, "A Simple Unified Field Equation and Hypothesis",
Journal of the Franklin Institute, vol 269, no 2, Feb, 1960, p 105
444: Siano, D B, "Orientational Analysis, Tensor Analysis and the
Group Properties of the SI Supplementary Units-II", Journal of the
Franklin Institute, Vol, 320, no 6, Dec, 1985, p 285
445: Siano, D B, "Orientational Analysis-A Supplement to
Dimensional Analysis-I", Journal of the Franklin Institute,
vol 320, no 6, Dec, 1985, p 267
446: Moran, M J, "A Generalization of Dimensional Analysis",
Journal of the Franklin Institute, vol 292, no 6, Dec, 1971, p 423
447: Deb, M K, and Deb, A, "The Matrix Method: a Powerful Technique
in Dimensional Analysis", Journal of the Franklin Institute,
vol 321, no 4, Apr, 1986, p 233
448: Chakrabarti, S K, "On Constitutive Equations and Dimensional
Analysis", Journal of the Franklin Institute, vol 296, no 5, Nov,
1973, p 339
(ALTERNATIVE TO Buckingham's Pi THEOREM IS PRESENTED)
449: Winans, J G, "Definitions and Units in Mechanics", Foundations
of Physics, vol 6, 1976, p 209
450: Mohr, P J, "Defining Units in the Quantum Based SI",
Metrologia, vol 45, 2008, p 129
451: Cranna, K G, and Papini, G, "A Proposed Test of Blackett’s
Hypothesis Using Superconductors", Il Nuovo Cimento B, vol 2,
no 1, Nov, 1967, p 241, DOI 10.1007/BF02710669
G:H:MG:R:U:(MORE ON Blackett'S)(SEE 137, 138, 286, 287, 431, 432,
433, 434, 435, 451)
452: Chechurina, E N, "International System of Units in Pracytical
Electrical and Magnetic Measurements", Translated from
Izmeritel'naya Tekhnika, no 10, Oct, 1964, p 54
(UDC 389.1(017): 621.317.3/4)
453: Wallard, A, "International Report: News from the BIPM-2006",
Metrologia vol 44, 2007, p 97
454: Wallard, A, "International Report: News from the BIPM-2007",
Metrologia vol 45, 2008, p 119
455: Wallard, A, "International Report: News from the BIPM-2008",
Metrologia vol 46, 2009, p 137
456: Wallard, A, "International Report: News from the BIPM—2009",
Metrologia vol 47, 2010, p 103
457: Zaitsev, G P, "Use in Analysis of the Dimensionality of
Correct and Incorrect Systems of Units", International Applied
Mechanics (Sov. Appl. Mech.), vol 12, no 1, Jan, 1976, p 85
(Transl. from Prikl. Mekh. 12, 114-117 (1976)
458: Bagno, E, and Eylon, B-S, "From Problem Solving to a Knowledge
Structure: An Example from the Domain of Electromagnetism",
American Journal of Physics, vol 68, no 8, Aug, 1997, p 726
459: Hersey, M D, "A Short Account of the Theory of Lubrication.
III. Dimensional Theory, with Applications", Journal of the
Franklin Institute, vol 220, no 2, Aug, 1935, p 187-191
460: Hersey, M D, "Dimensional Theory Explained Concretely by
Considering the Flow Through Pipes", Journal of the Franklin
Institute, vol 220, no 2, Aug, 1935, p 192
461: Forbes, R, "A New Magnetic Vocabulary", Physics World, June,
1995, p 21
(SEE 346, 347, 350, 452, 484)
462: Pankhurst, R C, "Alternative Formulation of the Pi-Theorem",
Journal of the Franklin Institute, vol 292, no 6, Dec, 1971, p 451
463: Sharp, J J, "Application of Dimensional Reasoning to Thermal
Systems", Journal of the Franklin Institute, vol 299, no 3, Mar,
1975, p 191
464: Decius, J C, "Dimensional Analysis: An approach from
Transformation Theory and a Criterion for Scaling Model
Experiments", Journal of the Franklin Institute, vol 245, no 5,
May, 1948, p 379
465: Hainzl, J, "On Local Generalizations of the Pi-Theorem of
Dimensional Analysis", Journal of the Franklin Institute, vol 292,
no 6, Dec 1971, p 463
466: Kanolt, C W, "Gravitation and Relativity", Journal of the
Franklin Institute, vol 190, no 2, Aug, 1920, p 211
467: de Baillehache, R, "Fixation of Units by Legislation", Journal
of the Franklin Institute, vol 176, no 1, July, 1913, p 123
468: Dellinger, J H, "The international System of Electric and
Magnetic Units", Journal of the Franklin Institute, vol 182, no 3,
Sep, 1916, p 395
469: Borneas, M, "Observations in Relation With a New System of
Units", American Journal of Physics, vol 26, no 1, Jan, 1958, p 40
470: Georgi, H, "Generalized Dimensional Analysis", Physics
Letters B, vol 298, nos 1-2, Jan 7, 1993, p 187
471: Cohen, A G, Kaplan, D B, and Nelson, A E, "Counting 4Pi's in
Strongly Coupled Supersymmetry", Physics Letters B, vol 412,
nos 3-4, Oct 30, 1997, p 301
472: Stoutemyer, D R, "Dimensional Analysis, Using Computer
Symbolic mathematics", Journal of Computational Physics, vol 24,
no 2, June, 1977, p 141
473: Stevenson, P M, "Dimensional Analysis in Field Theory",
Annals of Physics, vol 132, no 1, Mar, 1981, p 383
474: Barenblatt, G I, "Self-similarity: Dimensional Analysis, and
Intermediate Asymptotics", Journal of Applied Mathematics and
Mechanics, vol 44, no 2, 1980, p 267
475: Aczel, J, Roberts, F S, and Rosenbaum, Z, "On Scientific Laws
Without Dimensional Constants", Journal of Mathematical Analysis
and Applications, vol 119, nos 1-2, Oct-Nov 1986, Pp 389-416
476: Ferris, L J, "The Concept of Leap in Measurement
Interpretation", Measurement, vol 21, no 4, Aug, 1997, p 137
477: Whitney, H, "The Mathematics of Physical Quantities: Part I:
Mathematical Models for Measurement", The American Mathematical
Monthly, vol 75, no 2, Feb, 1968, p 115
478: Whitney, H, "The Mathematics of Physical Quantities: Part II:
Quantity Structures and Dimensional Analysis", The American
Mathematical Monthly, vol 75, no 3, Mar, 1968, p 227
479: Luce, R D, "A Generalization of a Theorem of Dimensional
Analysis", Journal of Mathematical Psychology, vol 1, no 2, July,
1964, p 278
480: Osborne, D K, "Further Extensions of a Theorem of Dimensional
Analysis", Journal of Mathematical Psychology, vol 7, no 2, June,
1970, p 236
481: Luce, R D, and Narens, L, "Symmetry, Scale Types, and
Generalizations of Classical Physical Measurement", Journal of
Mathematical Psychology, vol 27, no 1, Mar, 1983, p 44,
PII: 0022-2496(83)90026-3
482: Fourier, Jean Baptiste Joseph, THEORIE ANALYTIQUE DE LA
CHALEUR (Book), Paris, F. Didot, 1822, thorieanalytiq00four
483: Chapman, S, "Rationalized MKS System of Units", American
Journal of Physics, vol 24, no 3, 1956, p. 162
484: Jiles, D, and Stopes-roe, H, "Magnetic Storm Rages On",
Physics World, Mar, 1995, p 23, ISSN: 0953-8585
D:U:MAG:
485: Rothleitner, C, Svitlov, S, Merimeche, H, Hu, H, and Wang,
L J, "Development of New Free-Fall Absolute Gravimeters",
Metrologia, vol 46, 2009, p 283, DOI: 10.1088/0026-1394/46/3/017
G:
486: Dufresne, R J, Leonard, W J, and Gerace, W J, "Knowledge
Structure: A Qualitative Model for the Storage of Domain-Specific
Knowledge and its Implications for Problem Solving", University
of Massachusetts Amherst Scientific Reasoning Research Institute,
2008, seen 9 June 2013 at
http://srri.umass.edu/topics/knowledge-structure
M:R:S:
487: Donald, J G, "Knowledge Structures: Methods for Exploring
Course Content", The Journal of Higher Education, vol 54, no 1
Jan-Feb, 1983, p. 31-41, seen 1 June 2017 at
http://www.jstor.org/stable/1981643
488: Koponen, I T, & Pehkonen, M, "Coherent Knowledge Structures of
Physics Represented as Concept Networks in Teacher Education",
Science & Education, vol 19, no 3, March, 2010, p 259, ISSN
0926-7220 (Print) 1573-1901 (Online) DOI 10.1007/s11191-009-9200-z
M:R:S:
489: Discenna, J, "A Study of Knowledge Structure in Physics",
Educational Resources Information Center, Apr, 1998, Eric#ED423147
M:R:S:
490: Reif, F, and Heller, J I, "Knowledge Structure and Problem
Solving in Physics", Educational Psychologist, vol 17, no 2, 1982,
p 102, DOI: 10.1080/00461528209529248
M:R:S:T:Y:
491: Loskutov, Y M, "About 'Black Holes' and Dark Matter", Moscow
University Physics Bulletin, vol 64, no 2, Apr, 2009, p 103,
ISSN 0027-1349 (Print) 1934-8460 (Online)
G:T:(P 2009:..."POSSIBILITY OF THE EXISTENCE OF STRUCTURES...IN
THE CORES OF COMMON STARS, IN PARTICULAR, THE CORE OF THE SUN, IS
NOT FORBIDDEN."; COLLAPSARS; RELICS; IN THE CONCLUSION: "..BLACK
HOLES TURN OUT TO BE PHYSICALLY UNFEASIBLE, THE EQUATIONS DO NOT
CONTAIN SOLUTIONS CORRESPONDING TO THEM...")
492: Cherepashchuk A M, and Chernin, A D, "Modern Cosmology: Facts
AND Ideas", Moscow University Physics Bulletin, vol 63, no 5, Oct,
2008, p 299, ISSN 0027-1349 (Print) 1934-8460 (Online)
493: Kononogov, S A, "SYSTEMS OF UNITS AND PROPOSALS FOR THE
REDEFINITION OF THE FUNDAMENTAL SI UNITS", Measurement Techniques,
vol 50, no 3, mar, 2007, p 225, DOI: 10.1007/s11018-007-0051-1
494: Kononogov, S A, "FUNDAMENTAL PROBLEMS IN METROLOGY: FUNDAMENTAL
PHYSICAL CONSTANTS AND SYSTEMS OF UNITS FOR PHYSICAL QUANTITIES",
Measurement Techniques, vol 50, no 1, 2007, p 1, Translated from
Izmeritel’naya Tekhnika, no 1, Jan, 2007, p 3
DOI: 10.1007/s11018-007-0012-8
495: Zaitsev, G P, "Correct and Incorrect Systems of Units of
Measurement", International Applied Mechanics, vol 11, no 11,
Nov, 1975, p 1225, Translated from Prikladnaya Mekhantka, vol 11,
no 11, Nov, 1975, p 113, DOI: 10.1007/BF00883285
496: Murdock, C C, "Coulomb's Law and the Dielectric Constant",
American Joural of Physics, vol 12, 1944, p 201
MG:(VIA 345)
497: Erikson, H A, "An Apparatus for Determining the Mass of a Body
Without the Aid of Gravity", American Joural of Physics, vol 6,
1938, p 33
498: Erikson, H A, "Electric Field Produced by Revolving Charges",
American Joural of Physics, vol 12, 1944, p 203
499: Wood, B M, and Solve, S, "A Review of Josephson Comparison
Results", Metrologia vol 46, 2009, p R13,
DOI: 10.1088/0026-1394/46/6/R01
500: Wignall, J W G, "Some Comments on the Definition of Mass",
Metrologia, vol 44, 2007 p L19, DOI: 10.1088/0026-1394/44/3/N01
C:D:H:N:U:(SINCE EACH ELECTRON HAS A MEASURED DIMENSIONLESS CHARGE
OF ({[4Pi][aa]}^.5) = 0.3028221208 {= T-0.5188124}, THIS IMPLIES
...ELECTRON CHARGE MAGNITUDE IS 1.602176562E-19 {=T-18.7952896},
A FIGURE VERY CLOSE TO THAT USED IN DEFINITION [A-2] OF {see B501}
ALTHOUGH WE REGARD IT AS...MEASURED...RATHER THAN...DEFINED)
501: Mills, I M, Mohr p J, Quinn T J, Taylor B N, and Williams E R,
"Redefinition of the Kilogram, Ampere, Kelvin and Mole: a Proposed
Approach to Implementing CIPM Recommendation 1 (CI-2005)",
Metrologia vol 43, 2006, p 227, DOI: 10.1088/0026-1394/43/3/006
502: Wignall, J W G, "An Absolute Replacement for the Standard
Kilogram", Measuring Science Technology, vol 16, 2005, p 682,
DOI: 10.1088/0957-0233/16/3/009
503: Wignall, J W G, "Proposal for an Absolute Atomic Definition of
Mass", Physical Review Letters, vol 68, no 1, Jan, 1992, p 5
504: Wignall, J W G, "De Broglie Waves and the Nature of Mass",
Foundations of Physics, vol 15, no 2, 1985, p 207,
DOI: 10.1007/BF00735293
C:D:G:N:R:T:Y: (p 208:MASS IS, PHYSICALY, AN INVERSE LENGTH--THE
INVERSE COMPTON WAVELENGTH--AND THAT, CONSEQUENTLY, [hB] IS
REDUNDANT)(SEE 502, 503, 504)
505: Weinberger, P, "Revisiting Louis de Broglie’s Famous 1924 Paper
in the Philosophical Magazine", Philosophical Magazine Letters,
vol 86, no 7, July, 2006, p 405, DOI: 10.1080/09500830600876565
506: Wignall, J W G, "Maxwell Electrodynamics from a Theory of
Macroscopically Extended Particles", Foundations of Physics,
vol 20, no 2, 1990, p 139, DOI: 10.1007/BF00731644
507: Wignall, J W G, "An Alternative Approach to Quantum Phenomena",
Foundations of Physics, vol 18, no 6, 1988, p 591,
DOI: 10.1007/BF00734564
508: Staiger, R, "Push the Button : or Does the 'Art of Measurement'
Still Exist?", (Website), seen 1 June 2017 at
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509: Kennelly, A E, "IEC Adopts MKS System of Units", Transactions
of the American Institute of Electrical Engineers, vol 54, no 12,
1935, p 1373, DOI: 10.1109/T-AIEE.1935.5056934
510: Petley, B W, "Electrical Units - the Last Thirty Years",
Metrologia, vol 31, no 6, 1994, p 495
511: Fitzgerald, M P, Armstrong, T R, Hurst, R B, and Corney, A C,
"A Method to Measure Newton's Gravitational Constant", Metrologia,
vol 31, no 4, 1994, p 301
512: HubbleSite,"Refined Hubble Constant Narrows Possible
Explanations for Dark Energy", Newscenter, News Release Number:
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513: Freedman, W L, et al, "Final Results from the Hubble Space
Telescope Key Project to Measure the Hubble Constant", The
Astrophysical Journal, vol 553, May, 2001, p 47
C:(HUBBLE CONSTANT VALUE OF 72 +/-8 km s^-1 Mpc^-1)
514: Salzman, M C, Dede, C, and Loftin, R B, "VR’s Frames of
Reference: a Visualization Technique for Mastering Abstract
Multidimensional Information". ACM Special Interest Group on
Computer-Human Interaction (SIGCHI '99), 15 May, 1999, p 489
515: Sherman, W R, Adams, N, Addison, R, Loftin, R B, Britton, B,
Cox, D, and Patterson, R, "Experiences with Virtual Reality
Applications (panel)", Proceedings of the 24th annual conference
on Computer graphics and interactive techniques, 1997, p 473,
ISBN:0-89791-896-7
516: Condon, E U, "The Development of American Physics", American
Journal of Physics, vol 17, 1949, p 404
517: Randall, L, "The Case for Extra Dimensions", Physics Today,
vol 60, no 7, July, 2007, p 80, DOI: 10.1063/1.2761818
518: Kononogov, S A, "Metrology and Fundamental Physical Constants",
Journal of Measurement Techniques, vol 49, no 2, Feb, 2006, p 97,
Translated from Izmeritel’naya Tekhnika, no 2, p. 3, Feb, 2006,
ISSN 0543-1972 (Print) 1573-8906 (Online),
DOI 10.1007/s11018-006-0070-3
519: Turyshev, G, Nieto, M M, and Anderson, J D, "Study of the
Pioneer Anomaly: A Problem Set", American Journal of Physics,
vol 73, 2005, p 1033
G:(VIA 422)
520: Sears, F W, et el, "Rationalization of the Electromagnetic
Equations", American Journal of Physics, vol 30, no 6, 1962, p 423,
ISSN: 0002-9505, DOI: 10.1119/1.1942057
MG:
521: Lowes, F J, "The Torque on a Magnet", Proceedings of the Royal
Society of London. Series A, Mathematical and Physical Sciences,
vol 337, no 1611, Apr 9, 1974, p 555, seen 1 June 2017 at
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MG:
522: Lowes, F J, "Do Magnetometers Measure B or H?", Geophysical
Journal of the Royal stronomical Society, vol 37, 1974, p 151
MG:
523: Brown, G B, "Gravitational and Inertial Mass", American Journal
of Physics, vol 28, 1960, p 475
524: Brown, W F JR, "Field Vectors and Unit Systems in the Theory
of Electricity", American Journal of Physics, vol 8, 1940, p 338
MG:
525: Brown, W F JR, "Electric and Magnetic Forces: A Direct
Calculation. I", American Journal of Physics, vol 19, 1951, p 290
MG:
526: Brown, W F JR, "Electric and Magnetic Forces: A Direct
Calculation II", American Journal of Physics, vol 19, 1951, p 333
MG:
527: Beth, R A, "Test for the Adequacy of Theory in the Light of
Experiment", Physical Review, vol 54, no 15, 1938, p 865, Minutes
of Oct 15 Meeting: Proceedings of New England Section of the APS
C:L:M:(MENTION OF "...A 'LINEAR OBSERVATION EQUATION'..." AS FIRST
TALK OF A "LOGARITHMIC GRAPH" , ACCORDING TO Condon (SEE 358)(SEE
072, 149, 152, 153)
528: Beth, R A, "Mechanical Detection and Measurement of the Angular
Momentum of Light", Physical Review, vol 50, 15 July, 1936, p 115
t:(p 115: ELECTROMAGNETIC FIELD THEORY DISCUSSION; USES PLATES ON A
TORSION FIBER APPROACH;)
529: Oxtoby, J C, "What Are Physical Dimensions?", American Journal
of Physics, vol 2, 1934, p 85
D:N:Q:R:S:U:( p 87: STRICTLY SPEAKING, A DIMENSIONAL FORMULA IS NOT
AN EQUATION BETWEEN UNITS, BUT AN EQUATION BETWEEN CONVERSION
FACTORS WHICH WE FIND IT CONVENIENT TO WRITE AS IF IT WERE AN
EQUATION BETWEEN UNITS."; p 90: "...DIMENSIONAL ANALYSIS IS NOT AN
INDEPENDENT METHOD BUT A SUPPLEMENTRY OR SIMPLIFIED VERSION OF THE
REGULAR ANALYSIS." PER Brigdman: "...AN ANALYSIS OF AN ANALYSIS."
530: Warburton, F W, "On the Teaching of Magnetism", American
Journal of Physics", vol 2, 1934, p 180
MG:
531: Webster, D L, "On the Teaching of Magnetism", American Journal
of Physics", vol 2, 1934, p 179
MG:
532: Van Lear, G A Jr, "On the Teaching of Magnetism", American
Journal of Physics", vol 2, 1934, p 178
MG:
533: Adamczyk, P, and Mike Willson, M, "Using Concept Maps With
Trainee Physics Teachers", Physics Education, vol 31, no 6, 1996,
p 374, DOI: 10.1088/0031-9120/31/6/018
534: Garfinkle, D, "The Planck Mass and the Chanrasekhar Limit",
American Journal of Physics, vol 77, no 8, Aug, 2009, p 683,
DOI: 10.1119/1.3110884
535: Fadner, W L, "Did Einstein Really Discover "E=mc^2"? ",
American Journal of Physics, vol 56, no 2, Feb, 1988, p 114
536: Cushing, J T, "Electromagnetic Mass, Relativity, and the
Kaufman Experiments", American Journal of Physics, vol 49, no 12,
Dec, 1981, p 1133
H:R:T:("...THE ENTIRE EPISODE PROVIDES ANOTHER EXAMPLE THAT SCIENCE
DOES NOT PROCEED BY STRICT FALSIFICATIONIST METHODLOGY.")
537: Pollock, F, "Dimensional Considerations in the Development of
the Planck Radiation Law", American Journal of Physics, vol 40,
Jan, 1972, p 192
538: Dori, Y J, and Belcher, J, "Learning Electromagnetism with
Visualizations and Active Learning", Visualization in Science
Education, Ed by Gilbert, J K, c 2005, Springer
539: Vlachy, J, "Cognitive Maps of Physics", Czechoslovakian
Journal of Physics B, vol 36, no 1, Jan, 1986, p 190
DOI 10.1007/BF01599759, ISSN 0011-4626 (Print) 1572-9486 (Online)
M:R:
540: Bailey, Kirk, "Symbols and Units in First-Year Physics", The
Physics Teacher, vol 37, Jan, 1999, p 38
C:D:t,U:!!(BY YEAR'S END, STUDENTS WILL HAVE SEEN USE OF 52 SYMBOLS
[MANY IN GREEK] FOR 35 UNITS HAVING TO DO WITH 60 QUANTITIES, SOME
ENTITIES WITH MORE THAN ONE SYMBOL, A SYMBOL FOR A QUANTITY HERE
THAT MAY BE A SYMBOL FOR A UNIT THERE, THEY WILL SEE SUBSCRIPTS,
AND THEY WILL SEE EMPHASIS IN LETTERS OF WHATEVER LANGUAGE THROUGH
ITALICS, BOLD PRINT, AND VECTOR ARROWS ABOVE SYMBOLS, ALL USED ON
PAPER, BLACK OR WHITEBOARDS, AND ELECTRONIIC DISPLAYS VIA MULTIPLE
AUTHORS EMPLOYING DIFFERING SETS OF SYMBOLS, ALL IN A PHYSICS THAT
STILL INVOLVES MORE THAN ONE SYSTEM OF UNITS!)
541: Walton A J, "Units and Dimensions", Physics Education, vol 31,
no 3, May, 1996, p 174
542: Fiedler, B H, "How Do We Really Compute With Units?", Physics
Education, vol 45, no 2, Mar, 2010, p 167, 0031-9120/10/020167+06
543: Spurgin, C B, "Doing Without Dimensions", Physics Education,
vol 21, no 2, Mar, 1986, p 80
544: Spurgin, C B, "Definitions of Quantities and Units", Physics
Education, vol 18, no 6, Nov, 1983, p 259
545: Miller, J S, "On the Energy Density in a Gravitational Field",
American Journal of Physics, vol 18, 1950, p 237
546: Mata-Mendez, O, "Unified Presentation of Magnetic and
Dielectric Materials", American Journal of Physics, vol 60, 1992,
p 917
547: Tobias, S, "Guest Comment: Science Education Reform: What's
Wrong with the Process?", American Journal of Physics, vol 60,
1992, p 679
548: Romer, R H, "Editorial: A Modest Proposal for Reform of the
Professoriat-Let's be Students Again!", American Journal of
Physics, vol 60, 1992 p 15
549: Miller, A, "Yes, Let's Be Students Again", American Journal of
Physics, vol 60, no 7, 1992, p 583
(Miller's LETTER: REMOVE TENURE FROM THOSE WHO NO LONGER RATE IT;
(SEE 548); Ballentine's LETTER: PER INCOMPATIBILITY BETWEEN
QUANTUM MECHANICS AND RELATIVITY; Haslet's LETTER: MISUNDERSTANDING
OF De Broglie's FORMULATION OF: WAVELENGTH = [h]/{[M0][v0]} )
550: Pescetti, D, "Dimensional Analysis and Qualitative Methods in
Problem Solving", European Journal of Physics, vol 29, 2008, p 697,
DOI:10.1088/0143-0807/29/4/005
551: Pescetti, D, "Dimensional Analysis and Qualitative Methods in
Problem Solving II", European Journal of Physics, vol 30, 2009,
p 1093, DOI:10.1088/0143-0807/30/5/016
552: Heering, P, "On Coulomb's Inverse Square Law", American Journal
of Physics, vol 60, 1992, p 988
D:H:(P 993: "FROM OUR WORK IN REPLICATING Coulomb's EXPERIMENTS IT
SEEMS QUITE PLAUSIBLE THAT Coulomb DID NOT FIND THE INVERSE SQUARE
LAW BY THE DOUBTFUL MEASUREMENTS FROM HIS TORSION BALANCE
EXPERIMENTS BUT BY THEORETICAL CONSIDERATIONS."..."IT WAS NOT
MAINLY THE INGENUITY OF Coulomb's EXPERIMENTS THAT CONVINCED MAJOR
PARTS OF THE SCIENTIFIC COMMUNITY BUT THE MERE FACT THAT A RENOWNED
SCIENTIST LIKE Coulomb CLAIMED TO HAVE FOUND EMPIRICAL DATA THAT
FIT INTO THE LEADING CONCEPTUAL FRAMEWORK")
553: Hooper, W, "Use of SI Metric Units Misrepresented in College
Physics Texts", American Journal of Physics, vol 48, no 8, Aug,
1980, p 681
554: Petley, B W, "The Atomic Units, the Kilogram and the Other
Proposed Changes to the SI", Metrologia, vol 44, 2007, p 69,
DOI:10.1088/0026-1394/44/1/010
555: Niaz, M, "Are We Teaching Science as Practiced by Scientists?",
American Journal of Physics, vol 78, no 1, Jan, 2010, p 5
556: Mari, L, "On (kinds of) Quantities", Metrologia, vol 46, 2009,
p L11, DOI:10.1088/0026-1394/46/3/N01
557: O'Leary, A J, "A Misconception Concerning Dimensions,
Standards, and Units", American Journal of Physics, vol 23, no 8,
Nov, 1955, p 546
D:U:(AMPERE DEFINED BY DEFININTION OF PERMEABILITY)
558: Mohr, p J, and Newell, D B, "Resource Letter FC-1: The Physics
of Fundamental Constants", American Journal of Physics, vol 78,
no 4, Apr, 2010, p 338, DOI: 10.1119/1.3279700
C:R:T:U:
559: Stuewer, R, "American Journal of Physics Resource Letters",
Edited by Roger Stuewer, seen 5 July, 2010 at
http://www.kzoo.edu/ajp/letters.html
R:!!!
560: Eisenkraft, A, "Millikan Lecture 2009: Physics for All: From
special Needs to Olympiads", American Journal of Physics, vol 78,
no 4, Apr, 2010, p 328, DOI: 10.1119/1.3293130
561: Pedoe, D, A GEOMETRIC INTRODUCTION TO LINEAR ALGEBRA, (Book),
copyright 1963, Wiley, New York
562: Niven, W D, editor, THE SCIENTIFIC PAPERS OF JAMES CLERK
MAXWELL (Book), copyright 1960, Dover Publications, New York, as
republication of the 1890 Cambridge University Press publication
C:D:g:G:H:L:M:t:N:Q:R:S:T:U:V:Y:MG:!!!!
(VIA 563, SEE PP 248-262 ON GYROSCOPIC MOTION)
563: Gresky, Alan Tolstoy, "Science or Superstition?", Journal of
Chemical Education, vol 47, no 12, Dec, 1970, p 794
C:g:H:N:R:T:(SEE 562)
564: Gresky, Alan T, "How I Exposed Nature's Cause(s) of Gravity",
Gravity Research Foundation, 1975, seen 9 Jun 2013 at
http://gravityresearchfoundation.org/pdf/awarded/1975/gresky.pdf
C:g:N:T:MG:
565: Gresky, Alan T, "A Gyromagnetic Basis for Gravitation",
Gravity Research Foundation, 1962, seen 17 June 2013 at
http://gravityresearchfoundation.org/pdf/awarded/1962/gresky.pdf
C:g:N:T:MG:
566: Gresky, Alan T, "Gravitation, Sputniks, and Universal Laws",
Gravity Research Foundation, 1958, seen 17 June 2013 at
http://gravityresearchfoundation.org/pdf/awarded/1958/gresky.pdf
C:g:N:T:MG:
567: Gresky, Alan T, "Levitation and Gravitation",
Gravity Research Foundation, 1959, seen 17 June 2013 at
http://gravityresearchfoundation.org/pdf/awarded/1959/gresky.pdf
C:g:N:T:MG:
568: Good, I J, "The Proton and Neutron Masses and a Conjecture for
the Gravitational Constant", Physics Letters, vol 33A, no 6, Nov,
1970, p 383
C:G:H:T:
569: Mohr, P J, "The Quantum SI: A possible new International System
of Units", Advances in Quamtum Chemistry, v 53, 2008, chap 3, p 27
ISSN 0065-3276, DOI:10.1016/S0065-3276(07)53003-0
c:D:T:U:Y:(ELIMINATION OF ARBITRARY BASE UNITS: "IF AN UPDATE OF
THE SI WERE DONE BY SPECIFYING VALUES OF FUNDAMENTAL CONSTANTS, THE
CONCEPTS OF BASE UNITS AND DERIVED UNITS WOULD NOT BE NECESSARY";
SI LIMITATIONS: DRIFT OF THE VALUE OF THE PROTOTYPE KILOGRAM; MASS
CANNOT BR REALIZED INDEPENDENTLY OF THE PROTOTYPE;)
570: Hollo, L, "The Dimensional Analysis Matrix", General Science
Journal seen 9 June 2013 at //www.wbabin.net/science/hollo2.pdf
C:D:G:M:U:(ATTEMPT AT 2D Planck UNIT MAP; DUBIOUS APPROACH)
571: Benish, R, "Interior Solution Gravity Experiment", 2010 Awards
for Essays on Gravity, Gravity Research Foundation, 23 Apr 2012 at
//gravitationlab.com/Grav%20Lab%20Links/IntSolGravExp-Apr-6-10.pdf
found 17 June 2013 via //astroreview.com/
G:(GRAVITATIONAL TORSION EXPERIMENT WITH MOVING TEST MASSES PASSING
INSIDE UNMOVING LARGER MASSES WHEN IN PROXIMITY)(SEE 572, 573)
572: Benish, R, "Gravity, the Inside Story", 5 July, 2010, at
www.scribd.com/doc/33154127/Gravity-The-Inside-Story-8-Jun-10.pdf
found 17 June 2013 via gravitationlab.com/
G:(SEE 571, 573)
573: Benish, R, "Modified Cavendish Balance for Testing
Gravitational Interior Solution", seen 1 June 2017 , try
http://www.gravityresearch.org/pdf/GRI-010629.pdf
G:(SEE 571, 572)
574: Gresky, Alan T, "To Metric? Why Not to Natural?", Chemical
Engineering News, July 19, 1971, p 6
D:H:N:U:Y:(ADOCATES NATURAL UNITS; MENTIONS "ma, le, ti, ho, bu, &
n" IN THE MICRO, ETC)
575: Gresky, Alan Tolstoy, NEW LAWS OF NATURE (Book), Vantage Press,
copyright 1964, Alan Gresky
!!!C:D:g:G:H:L:M:MG:N:Q:R:S:T:U:(UNIFIED THEORY, MICRO TO MACRO;
EXCELLENT FIGURES & DESCRIPTIONS, !!2D LOG MAPPING OF CONSTANTS IN
APPENDICES!!)
576: Barr, D I H, "Matrix Procedures for Dimensional Analysis",
International Journal of Mathematical Education in Science and
Technology, vol 16, no 5, 1985, p 629, DOI:10.1080/0020739850160509
H:Q:R:V:Y:("THE FUNDAMENTAL BASIS FOR THE DIMENSIONAL ANALYSIS
PROCEDURE IS TREATED IN A SIMPLE MANNER BY A DEVELOPMENT OF THE
PROPOSITION OF Riabouchinski";"...ECHELON MATRIX PROCEDURE WITH ITS
MORE SUCCINCT AND MATHEMATICALLY ELEGANT AND RIGOROUS FEATURES";
"...GIVEN IN DETAIL IN ORDER TO ILLUSTRATE:
(a) THE LACK OF CONNECTION BETWEEN THE GENERALLY SUPPOSED STARTING
ASSUMPTION FOR THE Rayleigh PROCEDURE AND ITS ACTUAL ALGEBRAIC AND
PHYSICAL SIGNIFICANCE.
(b) THE VERY FINE DISTINCTION BETWEEN THE ESSENTIAL ALGEBRA OF THE
Rayleigh AND THE Buckingham METHODS OF DIMENSIONAL ANALYSIS."
!!! EXCELLENT DISCUSSION OF EARLY DIMENSIONAL ANALYSIS HISTORY:
Vaschy, Riabouchinsky, AND Federman SHOULD HAVE MORE CREDIT)
577: Pobedrya, B E, and Georgievskii, D V, "On the Proof of the Pi
Theorem in Dimension Theory", Russian Journal of Mathematical
Physics, vol 13, no 4, 2006, p 431, DOI:10.1134/S1061920806040066
H:Q:R:U:V:Y:(DIMENSIONAL ANALYSIS HISTORY; CREDITS Jeans; SEE 578)
578: Jeans, J H, "On the Laws of Radiation", Proceedings of the
Royal Society of London A, vol 76, no 513, 6 Dec, 1905, p 545
DOI:10.1098/rspa.1905.0060
C:G:?H:Q:R:U:Y:MG?(DIMENSIONAL ANALYSIS DISCUSSION; SEE 577, 579;
POSSIBLE IMPORTANCE TO Verlinde'S RECENT WORK; SEE? 580, 581, 582)
579: Jeans, J H, "On the Vibrations and Stability of a Gravitating
Planet", Philosophical Transactions of the Royal Society London A,
vol 201, 1903, p 157
C:G:?H:Q:R:T:U:Y:MG?(DIMENSIONAL ANALYSIS DISCUSSION; SEE 577, 578;
POSSIBLE IMPORTANCE TO Verlinde'S RECENT WORK; SEE? 580, 581, 582)
580: Verlinde, Erik, "On the Origin of Gravity and the Laws of
Newton", arXiv:1001.0785v1 [hep-th] 6 Jan 2010
C:G:H:N:R:T:(EMERGENT GRAVITY DISCUSSION; SEE 581, 582)
581: 't Hooft, G, "Dimensional Reduction in Quantum Gravity",
arXiv:gr-qc/9310026 , http://arxiv.org/abs/1001.0785 on 1 June 2017
C:G:H:N:R:T:(SEE 579, 580, 582)
582: 't Hooft, G, "The Holographic Principle, Opening Lecture",
arXiv:hep-th/0003004v2 , found 17 June, 2013
C:G:H:N:R:T:(SEE 580, 581)
583: Axtelle, George, "Each: a System of Units", Applied Optics,
vol 14, no 4, Apr, 1975, p 795
C:D:t:H:N:R:T:U:t:Y:(THE Each UNITS SYSTEM "...FACILITATES THE
RELATION OF RADIATIVE ATOMIC AND THERMAL PROPERTIES."; REFS Gresky)
584: Michelini, M, "The Missing Measurements of the Gravitational
Constant", Progress in Physics, vol 3, July, 2009, p 64
G:H:R:(DISCUSSION OF SYSTEMATIC ERRORS IN GRAV EXPERIMENTS; LISTS
SOME "MOST ACCURATE" RESULTS FROM 1998 London CONFERENCE PAPERS)
585: Desloge, E A, "Nonequivalence of a Uniformly Accelerating
Reference Frame and a Frame at Rest in a Uniform Gravitational
Field", American Journal of Physics, vol 57, no 12, Dec, 1989,
p 1121
C:G:R:T:("TWO SPATIALLY SEPARATED PARTICLES...SIMULTANEOUSLY
RELEASED FROM REST AND ALLOWED TO FALL FREELY IN A UNIFORM
GRAVITATIONAL FIELD WILL NOT REMAIN AT REST WITH RESPECT TO ONE
ANOTHER."; "UNIFORMLY ACCELERATING REFERENCE FRAMES AND INERTIAL
FRAMES ARE THE ONLY POSSIBLE ONE-DIMENSIONAL RIGID FRAMES IN FLAT
SPACE-TIME.")
586: Duff, M J, Okun, L B, and Veneziano, G, "Trialogue on the
Number of Fundamental Constants", Institute of Physics Publishing
for SISSA/ISAS, 2008, JHEP03(2002)023 ,
arXiv:physics/0110060v3 [physics.class-ph], and 1 June, 2017 at
http://jhep.sissa.it/archive/papers/jhep032002023/jhep032002023.pdf
C:D:H:N:R:T:U:Y:
587: Karshenboim, S G, "Guide for Atomic and Particle Physicists to
CODATA’s Recommended Values of the Fundamental Physical Constants",
Lecture Notes in Physics, vol 745, July, 2008, p 35,
DOI 10.1007/978-3-540-75479-4_15
C:D:N:R:U:Y:
588: Kowalski, L, "A Short History of the SI Units in Electricity",
The Physics Teacher, Feb, 1986, p 97
C:D:H:N:T:U:Y:(ELEVATION OF THE Ampere TO A FUNDAMENTAL QUANTITY
FORCES DIMENSIONS OF Newton/Ampere^2 ONTO PERMEABILITY; Coulomb IS
DEFINED WITHOUT ANY REFERENCE TO Coulomb'S LAW AND THAT (my [Ke])
MUST HAVE DIMENSIONS OF Newton-Meter^2/Coulomb^2 AND BE DETERMINED
EXPERIMENTALLY (AS ABOUT 9 x 10^9 NUMERICALLY); "...LABORATORY
INSTRUMENTS PURCHASED AND CALIBRATED BEFORE THE INTRODUCTION OF
THE SI COULD STILL BE USED...")
589: Bayles, Jerry, http://www.electrogravity.com, seen June, 2017
C:G:Q:U:MG:(HAS SUGGESTED, AS EARLY AS 2003, THAT THE Newtonian
GRAVITATIONAL CONSTANT [G] HAS A NUMERICAL VALUE IDENTICAL TO THAT
OF THE PRODUCT OF THE MAGNETIC CONSTANT AND THE SQUARE OF THE FINE
STRUCTURE CONSTANT, THAT [G] HAS BEEN ASSIGNED IMPROPER UNITS, AND
THAT Feynman SAW SUCH A UNITS IMPROPRIETY BEFORE 1995)(SEE 590)
590: Feynman, R P, Morino, F B, & Wagner, W G, FEYNMAN LECTURES ON
GRAVITATION (Book), Edit by B Hatfield, 1995 California Institute
of Technology, Moringo, & Wagner, 1995 Addison-Wesley Publishing
ISBN 0-201-62734-5
C:G:H:Q:R:(p xxxi: "...HE [Feynman] EXPECTED THAT THERE MIGHT BE
DIFFICULTIES IN DEFINING A CONSISTENT QUANTUM THEORY (FOR EXAMPLE,
THE DIMENSION OF THE GRAVITATIONAL CONSTANT IS AN OBSTACLE TO
RENORMALIZATION). " )(VIA 589)
591: Moskowitz, Clara, "Puzzling Measurement of Big G", Scientific
American, seen 1 Jun, 2017 at http://www.scientificamerican.com
C:G:Q:T:(Terry Quinn, BIPM, TEAM LEADER: "...EMBARRASSING TO HAVE
A FUNDAMENTAL CONSTANT THAT WE CANNOT MEASURE..."; "...ESSENTIALLY
A REHASH OF Cavendish's EXPERIMENT..." "A STRONG POINT IS...TWO
DIFFERENT METHODS TO MEASURE..."; TEAM VALUE: 6.67545 X 10-11 ; IS
241 ppm ABOVE CODATA 2010: 6.67384(80) OBTAINED "...BY CALCULATING
A WEIGHTED AVERAGE OF ALL THE VARIOUS EXPERIMENTAL VALUES. THESE
VALUES DIFFER...BY...450 PPM OF THE CONSTANT...THOUGH MOST OF THEM
HAVE ESTIMATED UNCERTAINTIES OF ONLY ABOUT 40 PPM."; TEAM FINDINGS
PUBLISHED SEP 5 IN Physical Review Letters.)
592: Vujicic, Veljko A, "One Approach to the Problem of Two Bodies",
Facta Universitatis, Series: Mechanics, Automatic Control and
Robotics vol 2, no 8, 1998, pp 629 - 634, Edit by Katica Hedrih,
Communicated at Mechanics seminar in Mathematical Institute SANU,
February 19, 1997, UDC: 531.011 ; on 1 June 2017 found
http://facta.junis.ni.ac.rs/macar/macar2000/macar2000-03.pdf
C:G:T:(APPROXIMATING A [G] VALUE BY AVERAGING PLANETARY TO SOLAR
INTERACTIONS CALCULATED UNDER SLIGHT ALTERATIONS IN ASSUMPTIONS OF
CELESTIAL MECHANICS, Vujicic POSTS AN EARTH [G] OF 6.6917)
593: Mohr, P J, Newell, D B, & Taylor, B N, "CODATA Recommended
Values of the Fundamental Physical Constants: 2014", Reviews of
Modern Physics, vol 88, 035009 July-Sept 2016
DOI: 10.1103/RevModPhys.88.035009
C:t:R:(MUON-TAU & PROTON-TAU MASS RATIO TO RECIPROCAL MISMATCHES)
594: Mohr, P J, Newell, D B, & Taylor, B N, "CODATA Recommended
Values of the Fundamental Physical Constants: 2014", Journal of
Physical & Chemical Reference Data, vol 45, 043102 2016
DOI: 10.1063/1.4954402
C:t:R:(MUON-TAU & PROTON-TAU MASS RATIO TO RECIPROCAL MISMATCHES)
595: Cutnell, J D, & Johnson, K w, PHYSICS, (Book), Fifth Edition,
copyright 2001, John Wiley & Sons, 0471 32146-X
D:H:T:(p 529: PROBLEM INVOLVING EQUILIBRIUM OF ELECTROSTATIC &
GRAVITATIONAL FORCES ON OBJECT; Coulomb's LAW, ETC)
596: Cohen, E Richard, "Constants, Fundamental", The Encyclopedia
of Physics, 2nd edition, Besancon, Robert M, editor, pp170-173,
copyright 1974, Litton Educational Publishing, Library of Congress
card no 73-17022, ISBN 0-442-20691-7
C:D:H:M:S:T:U:(p 171: "THE SITUATION REGARDING OUR KNOWLEDGE OF
THESE CONSTANTS CAN BE CONSIDERED AS RESEMBLING A SPIDERWEB OF
INTERCONNECTED DATA OR A BRIDGE TRUSS MADE UP OF ELASTIC MEMBERS,
IN WHICH THE LENGTH OF EACH MEMBER REPRESENTS THE EXPERIMENTALLY
MEASURED RELATIONSHIP BETWEEN CONSTANTS, AND THE STIFFNESS IS A
MEASURE OF THE ACCURACY OF THIS MEASUREMENT. THE PROBLEM IS TO
DETERMINE THE POSITIONS OF THE NODES OF THIS NETWORK. FURTHERMORE,
THE ALTERATION OF ANY ONE MEMBER WILL PRODUCE AN EFFECT WHICH WILL
BE TRANSMITTED THROUGHOUT THE ENTIRE STRUCTURE. THIS WILL BE TRUE
WHETHER WE CHANGE THE LENGTH OF A MEMBER, OR ITS STIFFNESS, OR
REMOVE IT ENTIRELY.
IN ORDER TO DETERMINE THE VALUES OF THE PHYSICAL CONSTANTS FROM
SUCH AN OVERDETERMINED SET OF DATA, IT HAS BECOME COMMON TO USE THE
METHOD OF LEAST SQUARES. THIS CAN BE CONSIDERED AS EQUIVALENT TO
THE PROBLEM OF MINIMIZING THE STORED POTENTIAL ENERGY IN OUR
MULTIDIMENSIONAL FRAMEWORK. THE FUNDAMENTAL PROBLEM, HOWEVER, IS
ONE OF ESTABLISHING A METHOD OF ANALYSIS WHICH IS CONSISTENT AND
INDEPENDENT OF VARIABLES USED TO DESCRIBE THE SITUATION. THE
METHOD OF LEAST SQUARES NOT ONLY DOES THIS BUT ALSO PROVIDES A
PROCEDURE WHICH YIELDS "BEST" VALUES OF THE CONSTANTS IN THE SENSE
THAT THESE VALUES ARE THE MOST ACCURATE. FOR THESE REASONS, LEAST
SQUARES ADJUSTMENT HAS BEEN USED FOR ALL OF THE SIGNIFICANT
DETERMINATIONS OF THE VALUES OF THE FUNDAMENTAL PHYSICAL CONSTANTS
FOR THE PAST 25 YEARS.")
SO PURSUIT OF ACCURATE PARTS OUTWEIGHS COMPLETION OF THE WHOLE??
597: Feynman, Richard P, SIX EASY PIECES (Book), copyright 1963,
1989, 1995, California Institue of Technology,
ISBN-13 978-0-465-02392-9 , ISBN -10 0-465-02392-4
C:D:G:H:T:(p 29: TWO GRAINS OF SAND 30 METERS APART WOULD ATTRACT
EACH OTHER WITH A 3 MILLION TON FORCE IF CHARGES WERE ALL
ATTRACTIVE AND NO REPULSION; p 110: BETWEEN TWO ELECTRONS, RATIO OF
GRAVITATIONAL FORCE TO ELECTRICAL FORCE IS 1/(4.17 X 10^42)
598: Linklater, Andro, "The Measurement That Built America",
American Heritage Magazine, Nov/Dec, 2002, p 45
D:H:M:U:( 66 FOOT Gunter'S CHAIN, 16.5 FT/ROD, 4[ROD]^2/WORKDAY, 40
WORKDAYS/ACRE, 640 [ACRE]^2/[MILE]^2, 40 ACRES + 1 MULE PER FREED
SLAVE, WALK 440 YARDS SOUTH, SAME WEST : 1 ACRE UNTIL SURVEYED)
599: Brinkley, Douglas, "Eisenhower: His Farewell Speech as
President Inaugurated the Spirit of the 1960's", American Heritage
Magazine, Sep 2001, p 58
H:T:(MILITARY-INDUSTRIAL-SCIENTIFIC COMPLEX; WAS NO MISSILE GAP)
600: Ambrose, Stephen E, EISENHOWER (Book), copyright 1883, Stephen
Ambrose, Simon & Schuster, ISBN 0-671-44069-1, volume 1
H:(p 91: IN 1930 Douglas MacArthur MADE CHIEF OF STAFF, CONGRESS
CREATED THE WAR POLICIES COMMISSION TO STUDY "POLICIES TO BE
PURSUED IN THE EVENT OF WAR" AND HOW TO "...MAKE WAR UNPROFITABLE
AND REQUIRE EVERYONE TO BEAR ITS BURDENS EQUALLY." Moseley (WAS
Pershing'S SUPPLY OFFICER) AND Eisenhower DIRECTED BY MacAthur TO
CREATE AN INDUSTRIAL MOBILIZATION PLAN; ..."WAS Eisenhower'S
INTRODUCTION TO THE LEADERS OF WHAT HE HIMSELF WOULD LATER CALL
THE MILITARY INDUSTRIAL COMPLEX")
---------------------------------++---------------------------------
Key to Author's Notes
C: CONSTANTS: VALUES, THEORY, METHODS; t: TABLES;
D: DEFINTIONS; FORMULAS; t: TABLES;
g: GYROMAGNETIC DISCUSSION;
G: GRAVITATIONAL DISCUSSION;
H: HISTORY;
L: LOGARITHMS: DEFINITIONS, HISTORY, USE, ADVANTAGES, SLIDE RULES
M: MAPS, DIAGRAMS: EXAMPLES, ADVANTAGES, CONVENTIONS; t: TABLES;
N: NATURAL UNITS;
Q: QUOTES;
R: REFERENCES;
S: STRUCTURE OF KNOWLEDGE;
T: GENERAL THEORY & CONNOTATIONS; PHILOSOPHY; DIMENSIONLESS NUMBERS;
U: UNITS SYSTEMS: HISTORY, CONVERSIONS, DEFINTIONS; t: TABLES;
V: MATRICES & VECTOR SPACE TERMINOLOGY, DISCUSSION; DIMENSIONAL
ANALYSIS THEORY; PI THEOREM;
Y: QUANTITY CALCULUS: THEORY, METHODS, CONVENTIONS, HISTORY;
MG: MAGNETIC UNITS CONTROVERSY