REDspE

REDspE is a theoretical concept within quantum mechanics that proposes a specific relationship between entanglement and the speed of light. It suggests that the maximum rate at which quantum entanglement can be established or manipulated is limited by the speed of light, c. This idea stems from the observation that while entanglement itself does not allow for faster-than-light communication, the dynamics of creating and measuring entangled states might be subject to relativistic constraints.

The core idea of REDspE is that if one were to try and "send" or "transfer" entanglement across a distance, this process could not occur instantaneously. Instead, any signal or action required to establish or modify the entangled state would have to travel at or below the speed of light. This is distinct from the instantaneous correlation observed in entangled particles once they are in an entangled state; REDspE addresses the *process* of entanglement rather than its *consequences*.

While not a formally established theory with experimental verification, REDspE has been a subject of discussion in theoretical physics. It aims to reconcile the non-local nature of quantum entanglement with the principles of special relativity, particularly the universal speed limit imposed by the speed of light. Research in this area often involves exploring hypothetical scenarios and the fundamental limits of quantum information transfer. The acronym REDspE itself is a portmanteau, emphasizing the role of the speed of light in this proposed constraint on entanglement dynamics.