Conjecture of Quantum Entanglement as a General Mode for Information Transmission

What is it about?

In this paper, the author proposes a new world view in which microscopic particles exhibit quantum random selectivity and macroscopic objects exhibit classical states, and discusses how macroscopic objects behave classical states, in which quantum entanglement plays an important role. In order to better analyze the role of quantum entanglement in transmitting information, this paper shows the irreversible and chain-like transmission of quantum entanglement. In addition, whether quantum entanglement poses a threat to special relativity is discussed. As a supplement, the conjecture of inverse causality transmission and the Tumulka's theory are introduced. In the last part of this article, the misunderstanding of quantum entanglement is pointed out from the author's point of view. It is concluded that all particles in the world are connected, either through quantum entanglement, or through entanglement of particles in the form of entanglement chains.

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