Quantum Entangled Perception.

I introduce Quantum Entangled Perception, a theoretical framework in which an observer’s consciousness taps into the underlying quantum state by forming a temporary bidirectional quantum entanglement with distant persons, locations, or events across spacetime.

This entanglement enables the direct, non-local access of highly specific visual and semantic information without conventional sensory input or prior knowledge.

The phenomenon exhibits temporal bidirectionality and is most pronounced during states of deep relaxation and cognitive transcendence.

This paper provides a formal definition, discusses potential physical mechanisms, and outlines testable predictions.