Quantum Gravity and Cascading Quantum Collapse

Quantum Collapse Energy proposes that gravity is not simply a geometric consequence of mass-energy curvature, as in general relativity, but an emergent property arising from the continuous energy injections into space-time during quantum wave function collapses. This perspective offers a quantum-based mechanism for space-time warping, linking quantum mechanics (QM) and general relativity (GR) into a single framework, thus contributing to Unification Theory.

The Quantum Gravity Problem

• GR successfully explains large-scale gravitational phenomena (planets, black holes, cosmic expansion).

• QM explains small-scale interactions (particles, wave functions, quantum states).

• But GR breaks down at quantum scales (near singularities, Planck length), meaning it lacks a quantum explanation for gravity.

QCE proposes that gravity emerges not just from static mass-energy curvature but from continuous energy injections into space-time due to quantum collapses.

Quantum Collapse and Energy Injection

Each quantum collapse releases energy into the quantum field.

This energy distorts local space-time, introducing micro-curvatures

Over time, these distortions accumulate, shaping gravity at larger scales.

Space-Time Warping at Small Scales

• Quantum collapses cause localized fluctuations in space-time, forming a dynamic, quantum foam structure.

• Unlike classical GR, where curvature is smooth, QCE-driven warping is discrete and fluctuating.

• The cumulative effect creates an emergent gravitational field at macroscopic scales.

Cascading Effects Leading to Large-Scale Gravity

• QCE events occur throughout the universe, continuously injecting energy.

• Over time, localized distortions average out, producing macroscopic curvature aligned with Einstein’s equations.

• This suggests that classical gravity is an emergent effect of countless quantum collapses.

Quantum Gravity without Gravitons

1. QCE replaces the need for gravitons:

   • Traditional quantum gravity approaches assume a force-carrying particle (graviton).

   • QCE instead suggests that gravity is an energy-driven effect, eliminating the need for a separate quantum force carrier.

2. Gravity is generated by quantum processes:

   • The cumulative energy contributions of QCE drive space-time curvature, allowing gravity to emerge from quantum mechanics.