Beyond Einstein's Space - The Case for Pressure Driven Gravity

What if gravity isn't pulling you down - but space itself is pushing you in?

Beyond Einstein's Space challenges one of the deepest assumptions in modern physics: that gravity is caused by spacetime curvature alone. In this book we introduce a bold new theory - that gravity emerges from pressure gradients in a compressible vacuum medium.

Drawing from quantum field theory, vacuum energy phenomena like the Casimir effect, and recent astronomical anomalies, this book proposes a universe where space is not empty but alive with structure. Mass compresses this vacuum, creating real pressure wells that guide matter and light. The result? A powerful new explanation for dark energy, flat galaxy rotation curves, and gravitational lensing - all without invoking exotic matter or hypothetical scalar fields.

Inside, you'll find:

• A mathematically grounded framework for pressure-based gravity
• New insights into cosmology, including a pressure-driven early universe
• Connections to quantum theory, decoherence, and superfluid analogues
• Experimental proposals that could test this theory in the lab and in space

Clear, provocative, and thoroughly referenced, this book is written for scientists, theorists, and anyone fascinated by the deep structure of reality. Whether you're exploring the edge of gravity or the nature of space itself, Beyond Einstein's Space offers a compelling vision of a universe still full of hidden forces - and possibilities.