Matches in Ghent University Academic Bibliography for { <https://biblio.ugent.be/publication/01H3VJPCYTFAA3MHG1JM1WRAM2> ?p ?o. }
Showing items 1 to 23 of
23
with 100 items per page.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 classification A1.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 date "2022".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 language "eng".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 type journalArticle.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 hasPart 01H3VKCNBTJ0D6NYQ749W5JF3Q.pdf.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 subject "Physics and Astronomy".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 doi "10.1103/PhysRevLett.129.177201".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 issn "0031-9007".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 issn "1079-7114".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 issue "17".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 volume "129".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 abstract "Doubts have been raised on the representation of chiral spin liquids exhibiting topological order in terms of projected entangled pair states (PEPSs). Here, starting from a simple spin-1=2 chiral frustrated Heisenberg model, we show that a faithful representation of the chiral spin liquid phase is in fact possible in terms of a generic PEPS upon variational optimization. We find a perfectly chiral gapless edge mode and a rapid decay of correlation functions at short distances consistent with a bulk gap, concomitant with a gossamer long-range tail originating from a PEPS bulk-edge correspondence. For increasing bond dimension, (i) the rapid decrease of spurious features-SU(2) symmetry breaking and long-range tails in correlations-together with (ii) a faster convergence of the ground state energy as compared to state-ofthe-art cylinder matrix-product state simulations involving far more variational parameters, prove the fundamental relevance of the PEPS ansatz for simulating systems with chiral topological order.".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 author 02E150F8-F0EF-11E1-A197-91C894A0A6B4.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 author 07B6F872-F0EE-11E1-A9DE-61C894A0A6B4.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 author urn:uuid:023dcb42-efd9-42a2-bedc-3eeb72b90432.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 author urn:uuid:23384a0a-ba84-4b1c-be3b-2c483b96ecf1.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 dateCreated "2023-06-26T10:06:23Z".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 dateModified "2024-07-09T14:49:53Z".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 name "Simulating chiral spin liquids with projected entangled-pair states".
- 01H3VJPCYTFAA3MHG1JM1WRAM2 pagination urn:uuid:4161a5b1-9122-4d52-ba71-88a873f72c75.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 sameAs LU-01H3VJPCYTFAA3MHG1JM1WRAM2.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 sourceOrganization urn:uuid:dd981731-d36c-40d5-9f87-26b435c3eb21.
- 01H3VJPCYTFAA3MHG1JM1WRAM2 type A1.