Fritzsch, H. (ed.); Phua, K. K. (ed.); Baaquie, B. E. (ed.); Chan, A. H. (ed.); Chang, N.-P. (ed.); Cheong, S. A. (ed.); Kwek, L. C. (ed.); Oh, C. H. (ed.) Proceedings of the conference in honour of Murray Gell-Mann’s 80th birthday. Quantum mechanics, elementary particles, quantum cosmology and complexity, Singapore, February 24–26, 2010. (English) Zbl 1206.00045 Hackensack, NJ: World Scientific (ISBN 978-981-4335-60-7/hbk; 978-981-4338-62-2/pbk). xxii, 706 p. (2011). Show indexed articles as search result. The articles of this volume will be reviewed individually.Indexed articles:Fritzsch, Harald, Murray Gell-Mann – a scientific biography, 1-6 [Zbl 1216.81005]Zweig, G., Memories of Murray and the quark model, 7-20 [Zbl 1216.81012]Yang, C. N., Some problems in cold atom research, 21-30 [Zbl 1216.81010]Samios, Nicholas P., Murray and the omega minus, 31-39 [Zbl 1216.81009]Karliner, M., From \(\Omega^-\) to \(\Omega_b\), 40-52 [Zbl 1216.81008]Karl, Gabriel, Early history of QCD and quarks, 53-56 [Zbl 1216.81007]Shifman, Mikhail, Understanding confinement in QCD: elements of a big picture, 57-73 [Zbl 1216.81148]Minkowski, Peter, QCD – mass and gauge in a field theory. QCD glue mesons, 74-88 [Zbl 1216.81143]Blümlein, Johannes, The QCD coupling and parton distributions at high precision, 89-103 [Zbl 1216.81138]Dominguez, C. A., Determination of light quark masses in QCD, 118-129 [Zbl 1216.81141]Zichichi, A., Murray Gell-Mann and the last frontier of LHC physics: the QGCW project, 157-168 [Zbl 1216.81011]Gell-Mann, Murray, Some lessons from sixty years of theorizing, 169-173 [Zbl 1216.81006]Kleinert, H., New gauge symmetry in gravity and the evanescent role of torsion, 174-185 [Zbl 1225.83021]Mohapatra, R. N., Neutrino mass and grand unification of flavor, 186-198 [Zbl 1216.81157]Senjanović, Goran, LHC and the seesaw mechanism, 199-210 [Zbl 1216.81160]Petcov, S. T., Neutrino mixing, leptonic CP violation, the see-saw mechanism and beyond, 211-223 [Zbl 1216.81158]Schwarz, John H., Some recent progress in AdS/CFT, 224-233 [Zbl 1216.81121]Lüst, Dieter, String corrections to QCD, 247-261 [Zbl 1216.81142]Brink, Lars, Maximal supersymmetry and exceptional groups, 262-272 [Zbl 1216.81127]Wadia, Spenta R., Gauge/gravity duality and some applications, 273-286 [Zbl 1216.81123]Bander, Myron, Quantum mechanics and field theory with momentum defined on an anti-de-Sitter space, 287-296 [Zbl 1216.81110]Bars, Itzhak, Gauge symmetry in phase space consequences for physics and spacetime, 297-314 [Zbl 1216.81098]Ceresole, A.; Ferrara, S., Black holes and attractors in supergravity, 316-328 [Zbl 1225.83044]Chen, Pisin, Gauge theory of gravity with de Sitter symmetry as a solution to the cosmological constant problem and the dark energy puzzle, 329-337 [Zbl 1219.83034]Adler, Stephen L., Modeling the flyby anomalies with dark matter scattering, 352-364 [Zbl 1219.83041]Frampton, Paul Howard, Possible solution of dark matter, the solution of dark energy and Gell-Mann as great theoretician, 366-378 [Zbl 1218.83021]Flambaum, V. V.; Berengut, J. C., Manifestations of space-time variation of coupling constants and fundamental masses, 383-396 [Zbl 1279.81007]’t Hooft, Gerard, Classical cellular automata and quantum field theory, 397-408 [Zbl 1226.81118]Monfared, S. Taheri; Khorramian, A.; Tehrani, S. Atashbar, Parton distribution functions in diffractive deep inelastic scattering, 411-418 [Zbl 1216.81136]Djun, T. P.; Handoko, L. T., Fluid QCD approach for quark-gluon plasma in stellar structure, 419-425 [Zbl 1216.81140]Khanpour, H.; Khorramian, Ali N.; Atashbar Tehrani, S., Heavy quark contributions to the proton structure function, 426-433 [Zbl 1216.81172]Jasvantlal, J. K.; Dewanto, A.; Chan, A. H.; Oh, C. H., Nucleus-nucleus Chou-Yang correlations with generalized multiplicity distribution, 434-443 [Zbl 1216.81171]Khorramian, A. N.; Khanpour, H.; Tehrani, S. Atashbar, Padé approximations and NSQD’s up to 4-loop using \(F_2\) deep inelastic world data, 444-450 [Zbl 1216.81135]Soleymaninia, M.; Khorramian, A. N.; Atashbar Tehrani, S., A phenomenological analysis of the longitudinal proton structure function \(F_L\), 451-458 [Zbl 1216.81176]Moosavi Nejad, S. M.; Kniehl, B. A.; Kramer, G., Helicity contributions of \(W^+\)-boson in energy distribution of B-hadron in top quark decay, 459-466 [Zbl 1216.81144]Dewanto, A.; Chan, A. H.; Oh, C. H., The Kolmogorov reverse equation and high energy multiplicity relations, 467-471 [Zbl 1216.81167]Januar, M.; Sulaiman, A.; Handoko, L. T., Conformation changes and protein folding induced by \(\phi^4\) interaction, 472-479 [Zbl 1222.92028]He, H. T.; Law, Z. Y.; Chan, A. H.; Oh, C. H., Non-relativistic neutrino oscillation in dense medium, 480-487 [Zbl 1216.81153]Bass, Steven D., Quark spin in the proton, 488-495 [Zbl 1216.81163]Arbabifar, F.; Khorramian, A. N.; Atashbar Tehrani, S.; Najafgholi, A., Nucleon polarized structure function, 503-510 [Zbl 1216.81162]Shrivastava, Keshav N., Gell-Mann’s angular momentum and currents, 511-516 [Zbl 1216.81175]Gupta, Manmohan; Dahiya, Harleen; Ahuja, Gulsheen; Rana, J. M. S., Spin and flavor content of nucleon in the chiral quark model, 518-525 [Zbl 1216.81169]Sogami, I. S., Gauge field theory of horizontal \(\mathrm{SU}(2)\times \mathrm{U}(1)\) symmetry – doublet plus singlet scheme, 536-543 [Zbl 1216.81161]Hartanto, A.; Zen, F. P.; Kosasih, J. S.; Handoko, L. T., Proton decay in 5D-SU(6) GUT with orbifold \(S^1/Z_2\) breaking in Scherk-Schwarz mechanism, 544-549 [Zbl 1216.81154]Jizba, Petr; Kleinert, Hagen; Scardigli, Fabio, Micro black holes physics from world-crystal uncertainty principle, 550-558 [Zbl 1219.83089]Kar, Supriya; Pandey, K. Priyabrat; Singh, Sunita; Singh, Abhishek K., Curved \(D\)-braneworld action in 4D and black holes, 559-566 [Zbl 1219.83122]Singh, Abhishek K.; Pandey, K. Priyabrat; Singh, Sunita; Kar, Supriya, \(D\)-braneworld black holes, 567-574 [Zbl 1219.83125]Asadov, V. V.; Kechkin, O. V., Clifford gravity – effective quantum gravity for Fermionic matter with arrow of time, 575-582 [Zbl 1219.83081]Ong, Yen Chin, Stringy stability of dilaton black holes in 5-dimensional anti-de Sitter space, 583-590 [Zbl 1225.83052]Nazari, Borzoo, An internal Schwarzschild-de Sitter solution?, 591-596 [Zbl 1219.83056]Yang, Abel; Saslaw, William C.; Chan, Aik Hui; Leong, Bernard, The robustness of the galaxy distribution function to effects of merging and evolution, 597-604 [Zbl 1218.85007]Ivan, Teng Po-Wen, Search for cosmic strings in the cosmos survey – studies pertaining galaxy-galaxy correlation and cross-correlation, 605-613 [Zbl 1218.85011]Solomon, Allan I.; Ho, Choon-Lin, Links and quantum entanglement, 646-653 [Zbl 1216.81035]Ng, Wei Khim; Parwani, Rajesh R., Nonlinear Schrödinger-Pauli equations, 654-660 [Zbl 1218.35225]Sulaiman, A.; Zen, F. P.; Alatas, H.; Handoko, L. T., Statistical mechanics of Davydov-Scott’s protein model in thermal bath, 661-668 [Zbl 1222.92017] MSC: 00B30 Festschriften 00B25 Proceedings of conferences of miscellaneous specific interest 00A79 Physics 01A70 Biographies, obituaries, personalia, bibliographies 81-06 Proceedings, conferences, collections, etc. pertaining to quantum theory 83-06 Proceedings, conferences, collections, etc. pertaining to relativity and gravitational theory Biographic References: Gell-Mann, Murray PDFBibTeX XMLCite \textit{H. Fritzsch} (ed.) et al., Proceedings of the conference in honour of Murray Gell-Mann's 80th birthday. Quantum mechanics, elementary particles, quantum cosmology and complexity, Singapore, February 24--26, 2010. Hackensack, NJ: World Scientific (2011; Zbl 1206.00045)