Frontiers of Fundamental Physics 4B. G. Sidharth, M.V. Altaisky This collection of 32 papers generated by an international symposium held in December 2000 at the B.M. Birla Science Centre, where editor Sidarth is based, includes conventional and alternative formulations of topics ranging from cosmology to quantum superstrings and particle physics. Co-editor Altaisky (Laboratory of Information Technologies, Dubna, Russia) elaborates on field theory on a Lie group. Other cosmic topics presented in non-grouped fashion include an anti- grand unification theory, explorations of space-time, quarks as vortices in vacuum, a novel method to solve familiar differential equations and its applications, a new model of gravity waves, and the effect of the expanding universe on fundamental "constants." c. Book News Inc. |
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amplitude atom black hole boson branes calculated charge classical component consider coordinate correlation corresponding cosmological cosmological constant coupling constant defined density diagonal dimension dimensional distance dynamic Edited by Sidharth effective eigenvalues electromagnetic electron energy entropy equation experimental Femtometers field theory fine structure constant force fractal Frontiers of Fundamental Fundamental Physics gauge gauge theory given gravitational hadrons Higgs Higgs boson instanton integral interaction invariance Lett mass matrix measure metric momentum naked singularities Nottale observed obtained orbit oscillations parameters particle phase photons Phys Planck length Planck scale potential predicted principle probability problem quantization quantum action quantum mechanics quark relation result Sidharth and Altaisky Solitons solution space spacetime foam spin string theory structure supersymmetry symmetry symplectic temperature tensor term theorem Universe vacuum variable vector velocity wave function Yang-Mills Yang-Mills theory zero