Mainstream quantum mechanics

Quantum Tunneling

Quantum mechanical phenomenon where particles pass through potential barriers they classically shouldn't overcome

Scientists / Papers

Standard quantum mechanics; Nobel Prize work scaled this up

Theories Citing This Reference (12)

Cold Fusion in Solids

Theory that cold fusion can be achieved in solid structures like palladium through lattice confinement and quantum tunneling.

Dirac Equation

Quantum mechanical equation for relativistic free electrons

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.

E=MC²

Energy and mass are interchangeable and impact gravity

ER equals EPR

The idea that a wormhole is the same as quantum entanglement

ER=EPR

Theory that connects quantum entanglement with wormholes, suggesting that they are fundamentally the same phenomenon.

Ether Disturbance Communication

Quantum phenomena including tunneling and entanglement are actually disturbances in an underlying ether/medium, not particle movement; this enables communication by detecting these disturbances

Four Orb Anchor System

The theory that four orbs (or three orbs with a fourth destination point) create an entangled anchor system for teleportation. The spinning orbs generate charge patterns that establish a quantum connection between departure and destination points, using the same physics as quantum tunneling but at macroscopic scale.

High-Beta Quantum Tunneling Transportation

A method of directed transportation where high-beta cusp plasma encapsulates nucleons, reducing their expressed charge to allow quantum tunneling through spacetime barriers, effectively 'teleporting' matter without violating causality.

Induced Gravity (Sakharov)

A proposal that gravity is an induced phenomenon arising from changes in the quantum vacuum fluctuations.

Quantum Ether Sensing via SQUIDs

SQUIDs do not detect magnetic fields directly but detect disturbances in the 'ether' (quantum vacuum) caused by biological processes. The 'wall' analogy suggests that quantum tunneling is actually a disturbance in the ether that propagates through barriers.

Quantum Tunneling Communication

The hypothesis that quantum tunneling could enable communication at speeds exceeding light velocity