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- 01GJ10498MS9E9KFTN6XTFK78H classification A1.
- 01GJ10498MS9E9KFTN6XTFK78H date "2022".
- 01GJ10498MS9E9KFTN6XTFK78H language "eng".
- 01GJ10498MS9E9KFTN6XTFK78H type journalArticle.
- 01GJ10498MS9E9KFTN6XTFK78H hasPart 01GJ11AZB2RFGF2KA1ASJKQ749.pdf.
- 01GJ10498MS9E9KFTN6XTFK78H subject "Physics and Astronomy".
- 01GJ10498MS9E9KFTN6XTFK78H doi "10.1103/physrevlett.129.210601".
- 01GJ10498MS9E9KFTN6XTFK78H issn "0031-9007".
- 01GJ10498MS9E9KFTN6XTFK78H issn "1079-7114".
- 01GJ10498MS9E9KFTN6XTFK78H issue "21".
- 01GJ10498MS9E9KFTN6XTFK78H volume "129".
- 01GJ10498MS9E9KFTN6XTFK78H abstract "Some quantum critical states cannot be smoothly deformed into each other without either crossing some multicritical points or explicitly breaking certain symmetries even if they belong to the same universality class. This brings up the notion of “symmetry-enriched” quantum criticality. While recent works in the literature focused on critical states with robust degenerate edge modes, we propose that the conformal boundary condition (B.C.) is a more generic characteristic of such quantum critical states. We show that in two families of quantum spin chains, which generalize the Ising and the three-state Potts models, the quantum critical point between a symmetry-protected topological phase and a symmetry-breaking order realizes a conformal B.C. distinct from the simple Ising and Potts chains. Furthermore, we argue that the conformal B.C. can be derived from the bulk effective field theory, which realizes a novel bulk-boundary correspondence in symmetry-enriched quantum critical states.".
- 01GJ10498MS9E9KFTN6XTFK78H author e1bd8c0a-61e8-11ec-ae4a-aa1a5970d1fa.
- 01GJ10498MS9E9KFTN6XTFK78H author urn:uuid:2d60cebd-b168-40e5-b1da-46ef94a5a3b4.
- 01GJ10498MS9E9KFTN6XTFK78H author urn:uuid:5282165b-d98b-488e-b74b-b54e1d0c0fc4.
- 01GJ10498MS9E9KFTN6XTFK78H author urn:uuid:685619f3-6f17-40fe-8fa5-758f3fc63b30.
- 01GJ10498MS9E9KFTN6XTFK78H author urn:uuid:a3409205-bb6e-4606-aca4-35373867eec7.
- 01GJ10498MS9E9KFTN6XTFK78H author urn:uuid:fdb7246e-eea0-4159-a04e-89dfa282d940.
- 01GJ10498MS9E9KFTN6XTFK78H dateCreated "2022-11-16T19:54:49Z".
- 01GJ10498MS9E9KFTN6XTFK78H dateModified "2024-12-12T17:35:18Z".
- 01GJ10498MS9E9KFTN6XTFK78H name "Conformal boundary conditions of symmetry-enriched quantum critical spin chains".
- 01GJ10498MS9E9KFTN6XTFK78H pagination urn:uuid:61161e22-9284-4d11-b21e-39edc618de01.
- 01GJ10498MS9E9KFTN6XTFK78H sameAs LU-01GJ10498MS9E9KFTN6XTFK78H.
- 01GJ10498MS9E9KFTN6XTFK78H sourceOrganization urn:uuid:9bb2d3ea-51c6-41b2-b416-032a2ae1c348.
- 01GJ10498MS9E9KFTN6XTFK78H type A1.