A New Theory of Spacetime Stability: The K Coefficient and the T_v Factor

Summary of the Theory

We have developed a mathematical model that links entropy, external influence, and stability loss to describe spacetime coherence.

1. From Game Theory to Gravity

John Nash’s Game Theory does not account for the influence of perception. We introduced Psychological Dependence (dp) to show that decisions are not purely rational but influenced by subjective perception.

This new approach improved our understanding of human behavior in financial markets and beyond.

2. Controlling Temporal Stability

Expanding the concept of dp to physics, we formulated a stability coefficient (K) that combines entropy, external forces, and loss of stability over time.

We then introduced the T_v factor, which defines the critical threshold where spacetime stability breaks down. If T_v exceeds a certain value, phenomena like time dilation near black holes and potential cyclic universe recurrences can be explained.

3. Testing on Sgr A*

We tested our model using the orbital data of the S2 star around the black hole Sgr A*. The results matched relativistic predictions, confirming that K and T_v regulate spacetime stability.

4. Implications

Application to rotating black holes and gravitational waves

Testing with atomic clocks in different conditions

Comparing K with other models to determine its universal validity

If confirmed, this theory could redefine our understanding of time and spacetime stability.