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Matter particled : patterns, structure and dynamics : selected research papers of Yuval Ne'eman /
This unique volume contains a selection of more than 80 of Yuval Ne'eman's papers, which represent his huge contribution to a large number of aspects of theoretical physics. The works span more than four decades, from unitary symmetry and quarks to questions of complexity in biological sys...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Otros Autores: | , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
London : Singapore ; Hackensack, N.J. :
Imperial College Press ; World Scientific,
©2006.
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| Colección: | World Scientific series in 20th century physics ;
v. 38. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Introduction and biographical notes. Updated version of: Proc. VIII Marcel Grossman meeting on general relativity / R. Ruffini
- ch. 1. SU(3), quarks and symmetry breaking. Introduction / Y. Verbin. 1.1. The Classification and structure of hadrons / Y. Neʼeman. 1.2. Derivation of strong interactions from a gauge invariance / Y. Neʼeman. 1.3. Baryon charge and R-inversion in the octet model / H. Goldberg and Y. Neʼeman. 1.4. Protonium two-mesons annihilation / Y. Dothan [and others]. The fifth interaction: origins of the mass breaking asymmetry / Y. Neʼeman. 1.6. The symmetry breaking interaction / Y. Neʼeman. 1.7. Rare decays as clues to the understanding of the fifth interaction (generating the generations) / Y. Neʼeman. 1.8. Primitive particle model / Y. Neʼeman
- ch. 2. Algebraic theory of particle physics and spectrum generating algebras. Introduction / N. Cabibbo. 2.1. Current-generated algebras / M. Gell-Mann and Y. Neʼeman. 2.2. Role of non-compact groups / Y. Neʼeman. 2.3. Series of hadron energy levels as representations of non-compact groups / Y. Dothan, M. Gell-Mann and Y. Neʼeman. 2.4. Band spectra generated by non-compact algebra / Y. Dothan and Y. Neʼeman. 2.5. The algebra of scalar and vector vertex strengths in Regge residues / N. Cabibbo, L. Horwitz and Y. Neʼeman. 2.6. Possible vanishing of strong interaction cross-section at infinite energies / N. Cabibbo [and others]. 2.7. Suppression of Regge cuts at t = 0 due to universality of factorial residues. 2.8. Symmetries related to the quark model / Y. Neʼeman. 2.9. The spectrum-generating groups program and the string / Y. Neʼeman
- ch. 3. Supersymmetry and supergravity. Introduction / R. Kerner. 3.1. Graded lie algebras in mathematics and physics (Bose-Fermi Symmetry) / L. Corwin, S. Sternberg and Y. Neʼeman. 3.2. Affine extensions of supersymmetry: the finite case / Y. Neʼeman and T.N. Sherry. 3.3. Graded spin-extension of the algebra of volume-preserving deformations / Y. Neʼeman and T.N. Sherry. 3.4. Quantizing gravity and spacetime: where do we stand? / Y. Neʼeman
- 4. Geometrization of physics. Introduction / T. Regge. 4.1. On the origin of symmetries / Y. Neʼeman, N. Rosen and J. Rosen. 4.2. Embedded space-time and particle symmetries / Y. Neʼeman. 4.3. Gauge theory of gravity and supergravity on a group manifold / Y. Neʼeman and T. Regge. 4.4. Ghost fields, BRS and extended supergravity as applications of gauge geometry / Y. Neʼeman. 4.5. Higher algebraic geometrization emerging from noncommutativity / Y. Neʼeman
- ch. 5. SU(2/1) super-unification of the standard model and non commutative geometry. Introduction / J. Thierry-Mieg. 5.1. Irreducible gauge theory of a consolidated Salam-Weinberg model / Y. Neʼeman. 5.2. Geometrical gauge theory of ghost and Goldstone fields and of ghost symmetries / Y. Neʼeman and J. Thierry-Mieg. 5.3. Internal supersymmetry and unification / Y. Neʼeman and S. Sternberg. 5.4. Sequential internal supersymmetry / Y. Neʼeman and S. Sternberg. 5.5. SU(7/1) internal superunification: a renormalizable SU(7) x U(l) with factorizable pomeron / Y. Neʼeman, S. Sternberg and J. Thierry-Mieg. 5.6. Anomaly-free sequential superunification / Y. Neʼeman and J. Thierry-Mieg. 5.7. Exterior gauging of an internal supersymmetry and SU(2/1) quantum asthenodynamics / J. Thierry-Mieg and Y. Neʼeman. 5.8. Internal supergroup prediction for the Goldstone-Higgs particle mass / Y. Neʼeman. 5.9. Superconnections and internal supersymmetry dynamics / Y. Neʼeman and S. Sternberg. 5.10. BRST quantization of SU(2/1) electroweak theory in the superconnection approach, and the Higgs Meson mass / S. Hwang, C.-Y. Lee and Y. Neʼeman. 5.11. Internal supersymmetry, superconnections, and non-commutative geometry / Y. Neʼeman. 5.12. A superconnection for Riemannian gravity as spontaneously broken SL(4, R) gauge theory / Y. Neʼeman
- 6. Spinor representations of [symbol](N, R) and chromogravity. Introduction / I. Kirsch. 6.1. Gravitational interaction of hadrons: band-spinor representations of GL(n, R) / Y. Neʼeman. 6.2. Spinor-type fields with linear, affine and general coordinate transformations / Y. Neʼeman. 6.3. Spinorial infinite equations fitting metric-affine gravity / A. Cant and Y. Neʼeman. 6.4. Algebra and physics of the unitary multiplicity-free representations of [symbol](4, R) / Dj. S̮ijac̮ki and Y. Neʼeman. 6.5. [symbol](4, R) classification for hadrons / Y. Neʼeman and Dj. S̮ijac̮ki. 6.6. [symbol](4, R) group-topology, covariance and curved-space spinors / Y. Neʼeman and Dj. S̮ijac̮ki. 6.7. QCD as an effective strong gravity / Dj. S̮ijac̮ki and Y. Neʼeman. 6.8. Derivation of the interacting Boson model from quantum chromodynamics / Dj. S̮ijac̮ki and Y. Neʼeman. 6.9. Proof of pseudo-gravity as QCD approximation for the hadron IR region and J [symbol] M[symbol] Regge trajectories / Y. Neʼeman and Dj. S̮ijac̮ki. 6.10. Wigner analysis and casimir operators of [symbol](4, R) / J. Lemke, Y. Neʼeman and J. Pecina-Cruz. 6.11. Chromogravity: QCD-induced diffeomorphisms / Y. Neʼeman and Dj. S̮ijac̮ki. 6.12. Inter-hadron QCD-induced diffeomorphisms from a radial expansion of the gauge field / Y. Neʼeman and Dj. S̮ijac̮ki. 6.13. Nuclear physics implications of the spin 2 multiplet / Y. Neʼeman
- ch. 7. Metric-affine gravity. Introduction / F.W. Hehl. 7.1. Hypermomentum in hadron dynamics and in gravitation / F.W. Hehl, E.A. Lord and Y. Neʼeman. 7.2. Gravity is the gauge theory of the parallel-transport modification of the Poincaré group / Y. Neʼeman. 7.3. Gravity from symmetry breakdown of a gauge affine theory / Y. Neʼeman and Dj. S̮ijac̮ki. 7.4. BRST transformations for an affine gauge model of gravity with local [symbol](4, R) symmetry / C.Y. Lee and Y. Neʼeman. 7.5. Renormalization of gauge-affine gravity / C.-Y. Lee and Y. Neʼeman. 7.6. Avoiding degenerate coframes in an affine gauge approach to quantum gravity / E.W. Mielke [and others]. 7.7. Test matter in a spacetime with nonmetricity / Y. Neʼeman and F.W. Hehl. 7.8. Gauge theories of gravity / Y. Neʼeman
- ch. 8. Strings, branes and other extendons. Introduction / Dj. S̮ijac̮ki. 8.1. The two-dimensional quantum conformal group, strings and lattices / Y. Neʼeman. 8.2. Spinors for superstrings in a generic curved space / Y. Neʼeman and Dj. S̮ijac̮ki. 8.3. Superstrings in a generic supersymmetric curved space / Y. Neʼeman and Dj. S̮ijac̮ki. 8.4. Curved space-time and supersymmetry treatments for p-extendons / Y. Neʼeman and Dj. S̮ijac̮ki. 8.5. Classical Lagrangian and Hamiltonian formalisms for elementary extendons / E. Eizenberg and Y. Neʼeman. 8.6. Duality, crossing and MacLane's coherence / R. Brustein, Y. Neʼeman and S. Sternberg
- ch. 9. Various topics in astrophysics. Introduction / J. Bahcall. 9.1. Expansion as an energy source in quasi-stellar radio sources / Y. Neʼeman. 9.2. The Lagging-Core model for quasi-stellar sources / Y. Neʼeman and G. Tauber. 9.3. Unconventional and pathological world models / Y. Neʼeman. 9.4. Inflationary cosmology, Copernican relevelling and extended reality / Y. Neʼeman. 9.5. Heuristic methodology for horizons in GR and cosmology / Y. Neʼeman
- ch. 10. Foundations of physics. Introduction / A. Botero. 10.1. The arrows of time / Y. Neʼeman. 10.2. Consequences of unitarity in some models of CP violation / M. Gronau and Y. Neʼeman. 10.3. Time-reversal symmetry and the oscillating universe / A. Aharony and Y. Neʼeman. 10.4. Time-reversal violation and the arrows of time / A. Aharony and Y. Neʼeman. 10.5. The sign and micro-origin of complexity as entropy / Y. Neʼeman. 10.6. Classical geometric resolution of the Einstein-Podolsky-Rosen paradox / Y.
- Neʼeman. 10.7. The problems in quantum foundations in the light of gauge theories / Y. Neʼeman. 10.8. Can EPR non-locality be geometrical? / Y. Neʼeman and A. Botero. 10.9. Localizability and the Planck mass / Y. Neʼeman. 10.10. Decoherence plus spontaneous symmetry breakdown generate the "Ohmic" view of the state-vector collapse / Y. Neʼeman. 10.11. Classical to quantum: a generalized phase transition / Y. Neʼeman
- ch. 11. Philosophy and sociology of science: evolution and history. Introduction / J. Rosen. 11.1. Concrete versus abstract theoretical models / Y. Neʼeman. 11.2. Symmetry, entropy and complexity / Y. Neʼeman. 11.3. Cosmological surrealism: more than "eternal reality" is needed / Y. Neʼeman. 11.4. Pythagoreanism in atomic, nuclear and particle physics / Y. Neʼeman. 11.5. Paradigm completion for generalized evolutionary theory with application to epistemology / Y. Neʼeman. 11.6. Evolutionary epistemology and invalidation / Y. Neʼeman.