Overview

Proofs and Experiments for The Timeless Universe continues the groundbreaking journey begun in The Timeless Universe (part I), expanding the theory that time is not a fundamental dimension but an emergent interpretation of spatial energy transitions. This supplemental volume moves beyond conceptual foundations and delivers the mathematical proofs, physical reformulations, and experimental pathways required to rigorously test a time-free model of the Universe. Inside, readers will find: Complete reformulations of classical mechanics, quantum mechanics, and general relativity without time Spatial-only Schrödinger, geodesic, and Einstein equations A new tensor-based cosmology model explaining redshift without cosmic time A time-free reinterpretation of gravity, black holes, and the structure of spacetime Full derivations of energy-space dynamics and entropic curvature Experimental proposals across quantum physics, astrophysics, and cosmology Numerical simulations demonstrating time-free orbital dynamics, wavefunctions, and lensing Designed as a companion to The Timeless Universe, this second volume provides the rigorous mathematical tools and empirical tests behind the theory. Together, the two books form a complete, unified attempt to reshape our understanding of physics from first principles. Whether you are a physicist, researcher, engineer, philosopher of science, or a curious mind pushing against the boundaries of conventional thinking, this book offers a bold new way to understand the Universe-one where time is no longer fundamental. ""one of those rare books that takes a radical scientific idea and turns it into a compelling, coherent, and genuinely thought-provoking framework"" ""The black hole chapter is remarkable"" ""One of the most intellectually daring books I've read in years"" Please consider leaving a review if you buy, read and enjoy the book! Your feedback supports future independent research and helps others discover new ideas.

Full Product Details

9798276918778

Table of Contents

Reviews

Author Information

Tab Content 6

Countries Available