Implications of Space-Time Foam for Entanglement Correlations of Neutral Kaons
作者： Sarben Sarkar
DOI: 10.1007/S10701-009-9389-3
关键词: Quantum entanglement 、 Squashed entanglement 、 EPR paradox 、 Quantum mechanics 、 Quantum decoherence 、 Space time 、 Context (language use) 、 Relaxation (physics) 、 CPT symmetry 、 Physics
摘要: The role of CPT invariance and consequences for bipartite entanglement neutral (K) mesons are discussed. A relaxation leads to a modification the which is known as ω effect. assumptions required prove theorem examined within context models space-time foam. It shown that evasion EPR type implied by (which connected with spin statistics) rather elusive. Relaxation locality (through non-commutative geometry) or introduction an environment do not themselves lead destruction entanglement. One model environment, based on non-critical strings D-particle capture recoil, specific momentum dependent stochastic contribution metric consequent change in meson Although class producing omega effect non-empty, lack demonstrated wide thermal like baths often considered generic appropriate study
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