A Unified Cosmological Framework based on Pressure Driven Gravity (eBook, ePUB)
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A Unified Cosmological Framework based on Pressure Driven Gravity presents an audacious and testable alternative to conventional general relativity. In this work, we propose that gravity emerges from pressure gradients within a compressible, superfluid-like vacuum medium rather than pure spacetime curvature. This framework aims to unify the formation of cosmic structures, the accelerated expansion of the universe, and vacuum quantum effects in a coherent, falsifiable model. Drawing on analogies with Bose-Einstein condensates, superfluid helium, and axion-like fields, the author explores how la...
A Unified Cosmological Framework based on Pressure Driven Gravity presents an audacious and testable alternative to conventional general relativity. In this work, we propose that gravity emerges from pressure gradients within a compressible, superfluid-like vacuum medium rather than pure spacetime curvature. This framework aims to unify the formation of cosmic structures, the accelerated expansion of the universe, and vacuum quantum effects in a coherent, falsifiable model. Drawing on analogies with Bose-Einstein condensates, superfluid helium, and axion-like fields, the author explores how laboratory experiments and astrophysical observations can validate or refute this pressure-driven paradigm.
Readers interested in cosmology, theoretical physics, quantum vacuum studies, or modified gravity models will find this book a bold, intellectually rigorous exploration of new frontiers. It combines experimental proposals with mathematical formalism, offering an accessible yet deeply technical treatment for advanced students, researchers and scientific enthusiasts. If you are seeking a unified, testable approach that rethinks the very fabric of gravity, this is a must read.
Readers interested in cosmology, theoretical physics, quantum vacuum studies, or modified gravity models will find this book a bold, intellectually rigorous exploration of new frontiers. It combines experimental proposals with mathematical formalism, offering an accessible yet deeply technical treatment for advanced students, researchers and scientific enthusiasts. If you are seeking a unified, testable approach that rethinks the very fabric of gravity, this is a must read.
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