Relativity and Cosmology


Can a Page and Wootters’ Mechanism (Paw) Inspired Particle Model Fulfill Mach’s Principle?

Authors: eva K deli

Page and Wootters’ mechanism (PaW) predicts that quantum entanglement leaves the state of the universe static. We satisfy the principle by dividing the cosmos into compact and non-compact dimensions, by insulating the wave function from space and gravity. In this scenario, entangled sister particles satisfy conservation principles independently of distance but modify the local volume. Either pressure or vacuum generates an orthogonal transformation (interaction) to restore symmetry. Over time space contracts or expands to develop curvature. The universe degenerates into poles, two-dimensional black holes, and four-dimensional white holes, connected by a smooth topology. Dimensional anisotropy turns gravity into a bipolar force. The verifiable and elegant hypothesis supersedes general relativity by satisfying Mach’s principle; it also offers a possible path for unification with quantum mechanics.

Comments: 11 Pages.

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Submission history

[v1] 2019-05-10 12:06:17

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