Schlagwort(e):
Quantum theory.
;
Electronic books.
Materialart:
Online-Ressource
Seiten:
1 online resource (393 pages)
Ausgabe:
1st ed.
ISBN:
9789462391666
Serie:
Atlantis Studies in Mathematics for Engineering and Science Series ; v.14
URL:
https://ebookcentral.proquest.com/lib/geomar/detail.action?docID=4530196
DDC:
530.15118
Sprache:
Englisch
Anmerkung:
Intro -- Preface -- Table of Contents -- 1 Overview -- Section 1.1 Some perspective -- Section 1.2 This monograph -- 2 From data to the MM1 meta-model and MM1MS1 models -- Section 2.1 Math-based models for quantum phenomena -- Section 2.2 LADDER models for isotropic quantum harmonic oscillators -- Section 2.3 INTERN applications of LADDER models -- Section 2.4 One MM1 meta-model and various MM1MS1 models -- Section 2.5 DIFEQU models for isotropic quantum harmonic oscillators -- Section 2.6 Applications of DIFEQU models -- Section 2.7 FERTRA and other models linking LADDER and DIFEQU models -- Section 2.8 Generation, color charge, and INTERN models for bosons -- Section 2.9 Schwarzschild radius, Planck length, and R0 -- Section 2.10 Models related to vertices and to particle sizes, masses, and ranges -- Section 2.11 SPATIM symmetries -- Section 2.12 Invariances, symmetries, and conservation laws -- Section 2.13 FRERAN and COMPAR applications of LADDER models -- Section 2.14 EXTINT LADDER models for fermion generations and color charge -- Section 2.15 The MM1 meta-model and various MM1MS1 models -- 3 From the MM1 meta-model to particles and properties -- Section 3.1 Introduction -- Section 3.2 Aspects of models for MM1MS1- photons and gravitons -- Section 3.3 Elementary particles correlating with the G-family -- Section 3.4 Elementary particles correlating with the WHO-families -- Section 3.5 Elementary particles correlating with the CN- and QIRD-families -- Section 3.6 Elementary particles correlating with the Y-family -- Section 3.7 W- and H-family masses and 2O-subfamily charges -- Section 3.8 Possibilities regarding O-family masses -- Section 3.9 Masses and charges of C-family and 1Q-subfamily particles -- Section 3.10 Some interactions between elementary bosons and fermions -- Section 3.11 MM1MS1-neutrino oscillations.
,
Section 3.12 The fine-structure constant -- Section 3.13 Other aspects regarding particles, properties, and interactions -- 4 From particles to cosmology and astrophysics -- Section 4.1 Introduction -- Section 4.2 The rate of expansion of the universe -- Section 4.3 Dark energy and dark matter -- Section 4.4 Objects containing ordinary matter and dark matter -- Section 4.5 Baryon asymmetry -- Section 4.6 Phenomena that people model via general relativity -- Section 4.7 The galaxy rotation problem -- Section 4.8 The spacecraft flyby anomaly -- Section 4.9 Quasars -- Section 4.10 Cosmic microwave background cooling -- Section 4.11 Quark-based plasmas -- 5 From MM1MS1 models to traditional models -- Section 5.1 The Standard Model -- Section 5.2 The cosmology timeline -- 6 From MM1MS1 models to traditional theories -- Section 6.1 Classical-physics models, QMUSPR models, and MM1MS1 models -- Section 6.2 Atomic physics -- Section 6.3 Special relativity -- Section 6.4 General relativity -- 7 From the MM1 meta-model to perspective -- Section 7.1 The MM1 meta-model and ENS48, ENS6, and ENS1 models -- Section 7.2 Bases for tables of elementary particles -- Section 7.3 Tables showing elementary particles and related concepts -- Section 7.4 Necessity and sufficiency of some particles and models -- Section 7.5 Possible MM1MS1-correlated opportunities for research -- Section 7.6 Possible general opportunities -- 8 Appendices -- Section 8.1 Some physics numbers -- Section 8.2 Numbers of generators for groups SU(j) -- 9 Compendia -- Section 9.1 Acronyms -- Section 9.2 Summaries of sections and names of tables -- Section 9.3 References -- Bibilography -- Index.
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