Chaotic Universe: From Planck to the Hubble Scale
This book is based on some 50 outstanding papers published in international journals. The work emphasises the stochastic underpinning for space, time, interactions, and physical laws, and at the same time synthesises aspects of contemporary work, including the quark model and quantum superstrings. It covers general relativity, quantum mechanics, and other related disciplines. A comprehensive bibliography, and broad index are included.
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Towards the Unification of Fundamental Interactions
Kirkwood Gaps Disputed Boundaries And a New Era in Physics
Quantum Mechanical KerrNewman Black Holes
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A.O. Barut Am.J.Phys angular momentum anomalous appear in Chaos average B.G. Sidharth behaviour Bosons Chapter classical commutative Compton scale Compton wavelength Compton wavelength region consider considerations context coordinate Cosmology deduce density dimensions Dirac equation discrete space distance electromagnetic electron elementary particles encounter fact Fermi Fermions fluctuations formulation Fractals given gives gravitational hydrodynamical inertial mass Infact Int.J.Th.Phys interactions Interestingly intervals J.A. Wheeler Kerr-Newman Black Hole Kerr-Newman metric known Large Number leads massless negative energy neutrino mass number of particles Nuovo Cimento observe orbital P.A.M. Dirac Phys Physical Review pion pion mass Planck constant Planck scale positron potential proton QMKNBH Quantum Field Theory Quantum Mechanical Quantum Theory quarks radius relativistic Schrodinger equation seen Singapore Solitons Solitons and Fractals space-time special relativity spin half spinor statistics stochastic Uncertainity Principle unification unphysical usual velocity of light vortex vortices wave function World Scientific York Zero Point Field zitterbewegung