Mainstream quantum physics

Schrödinger's cat paradox

A thought experiment illustrating the conflict between quantum superposition and classical reality, referenced by Martinis regarding the measurement problem in quantum mechanics

Scientists / Papers

Erwin Schrödinger

Theories Citing This Reference (12)

AI-Enhanced Quantum Signal Differentiation

AI is used to process quantum sensor data to differentiate faint biological signals (heartbeats) from background noise in the ether, a task impossible for humans or classical physics.

Deterministic Time Travel

The suggestion that time is deterministic and closed-loop, potentially making the speaker himself a time traveler (referencing Bob Lazar).

Double portal system for time travel

A thought experiment where multiple portals at different locations could allow for backward time travel due to different rates of time experienced at each location.

Holographic Reality

The theory that all information exists simultaneously and reality functions like a hologram that can be expanded infinitely

MH370 Orb Control System

The orbs in MH370 videos are using vortex mathematics to solve Schrödinger's equation and control the plane's trajectory

Parallel universe contact

UAP encounters represent interactions with entities from parallel versions of reality

Quantum entanglement as a method for time travel

The idea that quantum entanglement could be used to send information or travel through time

Quantum Mechanics Reference Frame

Understanding underlying reference frame could enable teleportation

Relativity

The principle that events and measurements depend on the reference frame of the observer.

Schrödinger Ether Teleportation

Solving Schrödinger's equation through the ether enables teleportation by determining vortex counterpart locations

Teleportation via Coordinate Remapping

The concept that if one can solve the position of an object in the underlying reference frame of the universe, one can move the object's pattern to a new coordinate.

Wave Function Collapse Critique

Critiques quantum mechanics interpretation that wave functions collapse into particles upon measurement as nonsensical.