Unified Displacement Theory
Revolutionizing gravitational physics through quantum substrate mechanics
Where causation meets correlation in the fabric of spacetime
The Breakthrough
For over a century, physics has struggled to unify gravity with quantum mechanics. UDT (Unified Displacement Theory) provides the missing link by revealing that gravity is not a force, but a pressure gradient in the quantum substrate displaced by mass-energy.
Key Insights:
- ✓ Mass displaces quantum substrate, creating pressure gradients
- ✓ Navier-Stokes equations govern substrate flow dynamics
- ✓ Mathematical equivalence with Newton's gravity proven
- ✓ Provides causation where field theory offers only correlation
Research Papers
Mathematical Unification of Newton & UDT
Groundbreaking proof showing mathematical equivalence between Newtonian gravity and Quantum Substrate Theory, revealing the underlying mechanism behind gravitational phenomena.
Download PDF →Substrate Displacement Mechanics
Detailed analysis of how mass-energy displaces the quantum substrate, creating the pressure gradients we observe as gravitational acceleration.
Download PDF →Experimental Validation Protocols
Comprehensive experimental framework for testing UDT predictions using Galinstan torus experiments and acoustic validation systems.
Download PDF →Latest Discoveries
Why UDT is More Compelling Than Field Theory
ChatGPT's analysis reveals why providing causation alongside correlation makes UDT a "more compelling" framework than traditional field theory approaches.
Read Full Post →The Quantum Substrate Baseline Density
Understanding how the universal QS baseline density provides the foundation for gravitational calculations across all cosmic scales.
Read Full Post →From Correlation to Causation
How UDT bridges the gap between "what happens" (Newtonian description) and "why it happens" (substrate mechanics).
Read Full Post →Member Dashboard
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