Mainstream Quantum Mechanics

Quantum Entanglement and Non-locality

Space communication implications of quantum entanglement effects

Scientists / Papers

Referenced in DIRD papers

Theories Citing This Reference (12)

Academic Conceptual Blindness

Physicists accept Einstein's equations as correct but reject their conceptual implications regarding wormholes and spacetime geometry

ER equals EPR

The idea that a wormhole is the same as quantum entanglement

ER=EPR as Teleportation Mechanism

Quantum entanglement (EPR) is physically equivalent to wormholes (ER), allowing for instantaneous travel or teleportation, which was used on MH370.

ER=EPR

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

ESP via Spacetime Connectivity

The theory that ESP (remote viewing, telepathy) is physically possible because all points in space and time are connected via quantum entanglement. This connection is normally obscured by the 'wall' of zero-point energy.

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

Fourier Transform Entanglement

Wave manipulation through Fourier transforms (pulse patterns) enables quantum entanglement and teleportation connections

Invisible Wormhole Transit

Travel through traversable wormholes would appear as instantaneous doorway transition rather than visible tunnel travel

Memory in Entanglement

The theory that entangled particle pairs carry memory or historical information stored in the bulk/anti-de Sitter space. This may allow reconstruction of where entangled pairs 'always were' - potentially enabling reverse engineering of teleportation pathways or understanding of quantum history.

Non-local Communication via Quantum Entanglement

The theory that quantum entanglement can enable faster-than-light communication by encoding binary information (1 or 0) through controlled coherence or decoherence of entangled particles. A switch mechanism determines whether the control panel sees a coherent (star) or decoherent (circle) pattern.

Quantum entanglement as a method for time travel

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

Quantum Entanglement as a Resource

The theory that 'entanglement' is a fuel or resource that can be generated and consumed to facilitate instantaneous information transfer (teleportation) across vast distances.