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Entanglement and confinement: A new pairing mechanism in high-TC cuprates by Buot, F. A.; Otadoy, R. E.; Yanga, D.; Pili, U.; Maglasang, G.; Elnar, A. R.; Callelero, M. is a scholarly article available to read on EtoBox.

What is Entanglement and confinement: A new pairing mechanism in high-TC cuprates about?

In this brief communication, we propose a novel pairing mechanism for high-TC cuprates to explain the 'stripy' pattern of superconductive charge near and at optimal doping levels, which also act as domain walls for the antiferromagnetic order. This new mechanism is based on the phenomenon of entanglement and confinement. The resulting simple intuitive model seems to suggest that entanglement is indeed a new strong pairing mechanism leading to high-TC superconductivity and strange metal behavior above TC . Moreover, our model can accommodate the Meissner effect.

Author

Buot, F. A.; Otadoy, R. E.; Yanga, D.; Pili, U.; Maglasang, G.; Elnar, A. R.; Callelero, M.

Published

2024

Language

EN