Quantum Extensions of Bi-Conformal Scalar-Tensor Gravity: Particles as Spacetime Resonances, the Bernoulli Mechanism for Gravity, and Falsifiable Predictions

Key Points

• The aim is to explore a new quantum model of gravity that incorporates particles as spacetime resonances.
• Developed Bernoulli pressure-deficit mechanism for gravity
• Derived hysteresis from microscopic dynamics
• Presented falsifiable predictions linking quantum structure to gravity
• Introduced connections between inertia, dark energy, and gravity
• Validated the model through theoretical predictions
• Demonstrated coherent interactions of particles within spacetime