Abstract

We investigate the teleportation between two relatively accelerating partners undergoing the phase flip, bit flip and bit-phase flip channels. We find that: 1) the fidelity decreases by increasing the acceleration of accelerated observer; 2) the dynamic evolution of the fidelity is different for various channels if the acceleration is fixed; and 3) the fidelity is always symmetric about 212 where  is a parameter of the Quantum Teleportation transmission state with an Accelerated of a large scale chemical data mining drug discovery relative exploration for a descriptor-based encoding of selected hits atom types to a multi-covalent fragment-based pharmaco-ligand against novel elucidated active β-amyloid Peptide binding sites.

Keywords

Quantum Teleportation; Non-Inertial Frames; Open System 1. Quantum Teleportation Accelerated;large scale; chemical data mining; drug discovery; relative exploration; descriptor-based; encoding; selected hits; atom types; multi-covalent; fragment-based; pharmaco-ligand; novel elucidated; active β-amyloid Peptide; binding sites;