Instantaneous Teleportation Mechanism: Naturally Resolving the Black Hole Information Paradox

R Ding

Minseong Kim

Masahiro Hotta

Ulf Danielsson, Marcelo Schiffer

The purpose of this paper is to analyze, in the light of information theory and with the arsenal of (elementary) quantum mechanics (EPR, correlations, copying machines, teleportation, mixing produced in subsystems owing to a trace operation, etc.) the scenarios available on the market to resolve the so-called black hole information paradox. We shall conclude that the only plausible ones are those where either the unitary evolution of quantum mechanics is given up, in which information leaks continuously in the course of black hole evaporation through nonlocal processes, or those in which the world is polluted by an infinite number of metastable remnants.

Elias Okon, Daniel Sudarsky

Lei Ding

The conflict between the nonlocality exhibited by quantum entanglement and the local causality required by the theory of relativity constitutes a core puzzle of modern physics. Based on the theory of the global Instantaneous Teleportation Cosmos (ITC), this paper proposes a fundamental solution to this conundrum. With the first principle that instantaneous (zero-latency) transmission is achievable between any two points in the universe, the ITC theory establishes absolute time and an absolute basal structure as the ultimate frame of reference for the universe. Within this framework, the three-dimensional continuous space we perceive is not a fundamental existence, but a phenomenon emerging from this non-spatial absolute basal structure. The nature of quantum entanglement is thus reinterpreted: entangled particles are not two independent entities, but two endpoints or projections of the same absolute basal structure in the emergent spacetime. A measurement is not an action at a distance, but a synchronous information readout of this basal structure. This paradigm revolutionarily resolves the logical dilemmas arising from the EPR paradox and the violation of Bell’s inequality, and provides a solid argument for the application of the ITC theory in the quantum domain. Ultimately, it unifies the black hole information paradox, cosmological puzzles and quantum nonlocality under the core insight that the cosmos is an instantaneously connected whole.