Prespacetime Journal Volume 7 Issue 16

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Prespacetime Journal Volume 7 Issue 16

BMS Supertranslation, Information, Multifractal Geometry & Fabric of Space

Authored by Quantum Dream Inc.
Edition: 1

This is PSTJ Volume 7 Issue 16 first published in December 2016. It is entitled "BMS Supertranslation, Information, Multifractal Geometry & Fabric of Space" and contains following articles: (1) BMS Supertranslations as Coset States & SLOCC; (2) A Note on R4 of Class One; (3) A Potential for the Lanczos Spinor in Arbitrary Spacetimes of Petrov Types III, N, and O; (4) Bianchi Type-V Viscous Fluid Cosmology with Linear Equation of State & Hybrid Scale Factor; (5) On Dynamical Instability of Kantowski-Sachs Space-Time in f® Theory of Gravitation; (6) Bianchi Type-V Cosmological Model with Two Fluids in the Presence of Magnetic Flux in General Relativity; (7) Perfect Fluid Cosmological Model in the Frame Work Lyra's Manifold; (8) Domain Wall Cosmological Model in Scalar Tensor Theory of Gravitation; (9) Perfect Fluid Bianchi Type-I Universe & Generalized Cosmic Chaplygin Gas with Large Scale Factor; (10) Hyper-surface Cosmological Model with Variable Cosmological Parameters; (11) Spacetime with a Constant Spinor Field; (12) A Generalization of the Bonnet Theorem to the Parallel Submanifolds; (13) On Exponential Operators; (14) Inextensible Flows for Curves of Finsler Manifolds F4; (15) Information & Nature; (16) Multifractal Geometry & Standard Model Symmetries; and (17) Avyakta: The Fabric of Space.

Prespacetime Journal ("PSTJ," is a publication in which physicists, mathematicians and other learned scholars publish their research results and express their views on the origin, nature and mechanism of spacetime and its possible connection to a prespacetime. It is also a journal where all learned scholars can present their models and experimental results on elemental particles, fundamental forces including gravity and related topics.

Publication Date:
1542819660 / 9781542819664
Page Count:
Binding Type:
US Trade Paper
Trim Size:
8.5" x 11"
Black and White
Related Categories:
Science / Physics / Quantum Theory

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