Soft-Photons and the entanglement of charged qubtis
E. Martin-Martinez
TL;DR
This paper investigates how soft-photons influence the spin entanglement of charged qubits, concluding that the infrared structure of QED does not alter the entanglement.
Contribution
It demonstrates that soft-photons and the infrared structure of QED do not modify the spin entanglement of charged qubits.
Findings
Spin entanglement remains unaffected by soft-photons.
Infrared effects of QED do not alter entanglement.
Supports robustness of spin entanglement against infrared phenomena.
Abstract
In this work, I consider the effect of the unavoidable presence of soft-photons on the spin entanglement of charged qubits, arguing that the spin entanglement is not modified if we consider the effects of the infrared structure of QED on it.
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Taxonomy
TopicsQuantum Information and Cryptography · Quantum Mechanics and Applications · Quantum Electrodynamics and Casimir Effect