EPR Paradox (Einstein-Podolsky-Rosen)
Scientists / Papers
Einstein, Podolsky, Rosen (1935)
Theories Citing This Reference (12)
Charged Wormhole Mouths
The theory that wormhole ends act like charged particles when matter or charge passes through them, allowing them to be manipulated via electromagnetic fields.
Cyclical Universe
The idea that the universe expands and contracts in cycles, potentially including super intelligent entities
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.
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 as Extra Dimension
An ether exists as an extra dimension connecting all points in space and time, explaining non-local quantum correlations
Ether Ripple Entanglement
Entanglement is not direct particle connection but rather creation of ripples in an underlying ether medium, with entangled particles being two observable endpoints of the same ripple
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.
Philadelphia Experiment Recapitulation
The theory that WWII-era experiments in camouflaging ships via electromagnetic fields accidentally discovered teleportation and invisibility, leading to modern black-project tech developments.
Quantum entanglement as a method for time travel
The idea that quantum entanglement could be used to send information or travel through time
Quantum Radar Detection Mechanism
The theory that quantum radar works by splitting entangled photons into two paths - a control path and a probe path. When the probe photon encounters a target, the entanglement breaks causing decoherence that can be measured instantly in the control panel. Detection of decoherence (loss of interference pattern) indicates a target presence.
Teleportation Through Wave Conversion
Teleportation protocols work by converting matter into wave states where it can exist in multiple locations simultaneously