Physics / Quantum Mechanics
Wave function
Definition
Mathematical description of quantum state; can be deterministic rather than statistical with scalar manipulation
Related Theories (8)
Continuous Energy Movement
Argues that claiming electron clouds have no movement because time slices show shapes is incorrect.
Non-Linear Quantum Soliton Propulsion
Non-linear quantum mechanics allows wave functions to self-interact into stable solitons that can manipulate spacetime curvature without massive energy.
Nonlinear Quantum Mechanics Enables Soliton Stability
Introducing nonlinearity to quantum mechanics allows wave functions to self-interact and form stable soliton-like packets, enabling low-energy warp bubbles and teleportation without massive energy inputs.
Reality as Hybrid Physics-Consciousness System
Universe consists of mathematical deterministic physics programmed on top of semantic consciousness framework, with advanced intelligences able to reprogram reality directly at the consciousness level while less advanced use hardware
Simulation/Rendering via ZPE
Reality is 'rendered' by Zero Point Energy, with consciousness acting as the observer that collapses the wave function.
Switch Mechanism for FTL Communication
The theory that faster-than-light communication via quantum entanglement is possible not by measuring (which breaks entanglement) but by using a 'switch' that forces measurement outcomes to change. By controlling whether the wave function collapses (1) or doesn't collapse (0), binary information can be transmitted instantaneously between entangled systems.
Wave Function Collapse Critique
Critiques quantum mechanics interpretation that wave functions collapse into particles upon measurement as nonsensical.
Wave Function Rebuilding
Wave functions can be rebuilt after collapse by introducing randomness/decoherence through multiple path choices, returning system to wave-like state