The Universe: Visions and Perspectives
Naresh Dadhich, Ajit Kembhavi
Springer Science & Business Media, Dec 6, 2012 - Science - 346 pages
It is with great joy that we present a collection of essays written in honour of Jayant Vishnu Narlikar, who completed 60 years of age on July 19, 1998, by his friends and colleagues, including several of his for mer students. Jayant has had a long research career in astrophysics and cosmology, which he began at Cambridge in 1960, as a student of Sir Fred Hoyle. He started his work with a big bang, expounding on the steady state theory of the Universe and creating a new theory of gravity inspired by Mach's principle. He also worked on action-at-a-distance electrodynamics, inspired by the explorations of Wheeler, Feynman and Hogarth in that direction. This body of work established Jayant's rep utation as a bold and imaginative physicist who was ever willing to take a fresh look at fundamental issues, undeterred by conventional wis dom. This trait, undoubtedly inherited from his teacher and mentor, has always remained with Jayant. It is now most evident in his untir ing efforts to understand anomalies in quasar astronomy, and to develop the quasi-steady state cosmology, along with a group of highly distin guished astronomers including Halton Arp, Geoffrey Burbidge and Fred Hoyle. In spite of all this iconoclastic activity, Jayant remains a part of the mainstream; he appreciates as well as encourages good work along conventional lines by his students and colleagues. This is clear from the range of essays included in this volume, and the variety and distribution of the essayists.
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QUANTUMMECHANICS OF GEOMETRY
QUANTUMMECHANICS AND RETROCAUSALITY
SUPERLUMINAL MOTION AND GRAVITATIONAL LENSING
DUAL SPACETIMES MACHS PRINCIPLE AND TOPOLOGI
EXTRAGALACTIC FIREWORKS IN GAMMARAYS
MATHEMATICS AND SCIENCE
THE STORY SO FAR
BLACK HOLES IN COSMOLOGICAL BACKGROUNDS
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2000 Kluwer Academic angular astronomical Astrophys Astrophysics background big bang black hole Burbidge classical CMB anisotropy compact components connection correlation cosmological constant cosmology curvature curve Dadhich distribution domain wall dynamical effect Einstein electromagnetic Elliptical universe emission entropy Euclidean field equations flux fractal function G F R Ellis galactic galaxies geometry given global gravitational field gravitational wave GRBs Hawking radiation homogeneous horizon Hoyle inhomogeneous instanton integral interactions interstellar isotropic Jayant Narlikar Kembhavi eds Kluwer Academic Publishers Lett magnetic field mass matter metric momentum naked singularity null geodesics observed obtained optical parameters particle photons Phys physical Planck potential problem QSOs quantization quantum field theory quantum gravity quantum mechanics quasars radiation reaction radio sources redshift relativistic relativity result scalar field scale Schwarzschild singularity solution space spacetime spatial spectrum spherical stars steady state theory string theory structure superluminal motion surface symmetry tensor tion values variables vector velocity X-ray