Matches in SemOpenAlex for { <https://semopenalex.org/work/W2511446784> ?p ?o ?g. }
- W2511446784 abstract "Unconventional metallic states which do not support well defined single-particle excitations can arise near quantum phase transitions as strong quantum fluctuations of incipient order parameters prevent electrons from forming coherent quasiparticles. Although antiferromagnetic phase transitions occur commonly in correlated metals, understanding the nature of the strange metal realized at the critical point in layered systems has been hampered by a lack of reliable theoretical methods that take into account strong quantum fluctuations. We present a non-perturbative solution to the low-energy theory for the antiferromagnetic quantum critical metal in two spatial dimensions. Being a strongly coupled theory, it can still be solved reliably in the low-energy limit as quantum fluctuations are organized by a new control parameter that emerges dynamically. We predict the exact critical exponents that govern the universal scaling of physical observables at low temperatures." @default.
- W2511446784 created "2016-09-16" @default.
- W2511446784 creator A5019853690 @default.
- W2511446784 creator A5038572640 @default.
- W2511446784 creator A5048680847 @default.
- W2511446784 date "2017-04-20" @default.
- W2511446784 modified "2023-10-04" @default.
- W2511446784 title "Exact Critical Exponents for the Antiferromagnetic Quantum Critical Metal in Two Dimensions" @default.
- W2511446784 cites W1490870286 @default.
- W2511446784 cites W1495148909 @default.
- W2511446784 cites W1496923961 @default.
- W2511446784 cites W1501676860 @default.
- W2511446784 cites W1537974703 @default.
- W2511446784 cites W1608363460 @default.
- W2511446784 cites W1647912179 @default.
- W2511446784 cites W1865640816 @default.
- W2511446784 cites W1970731189 @default.
- W2511446784 cites W1987845543 @default.
- W2511446784 cites W1988371505 @default.
- W2511446784 cites W1991396278 @default.
- W2511446784 cites W1998837897 @default.
- W2511446784 cites W2001461251 @default.
- W2511446784 cites W2005163771 @default.
- W2511446784 cites W2007111664 @default.
- W2511446784 cites W2008065219 @default.
- W2511446784 cites W2010252967 @default.
- W2511446784 cites W2016230599 @default.
- W2511446784 cites W2020793514 @default.
- W2511446784 cites W2022524509 @default.
- W2511446784 cites W2028774851 @default.
- W2511446784 cites W2030208593 @default.
- W2511446784 cites W2036761138 @default.
- W2511446784 cites W2036968656 @default.
- W2511446784 cites W2039298551 @default.
- W2511446784 cites W2043662702 @default.
- W2511446784 cites W2046021903 @default.
- W2511446784 cites W2048280769 @default.
- W2511446784 cites W2049278547 @default.
- W2511446784 cites W2051993628 @default.
- W2511446784 cites W2060941676 @default.
- W2511446784 cites W2061937598 @default.
- W2511446784 cites W2073204746 @default.
- W2511446784 cites W2074548497 @default.
- W2511446784 cites W2081957481 @default.
- W2511446784 cites W2082467324 @default.
- W2511446784 cites W2083234906 @default.
- W2511446784 cites W2087215359 @default.
- W2511446784 cites W2090885322 @default.
- W2511446784 cites W2105297730 @default.
- W2511446784 cites W2113809608 @default.
- W2511446784 cites W2114061873 @default.
- W2511446784 cites W2142673221 @default.
- W2511446784 cites W2150227847 @default.
- W2511446784 cites W2253896617 @default.
- W2511446784 cites W2255783340 @default.
- W2511446784 cites W2317486416 @default.
- W2511446784 cites W2464630427 @default.
- W2511446784 cites W3104871905 @default.
- W2511446784 cites W3175629616 @default.
- W2511446784 doi "https://doi.org/10.1103/physrevx.7.021010" @default.
- W2511446784 hasPublicationYear "2017" @default.
- W2511446784 type Work @default.
- W2511446784 sameAs 2511446784 @default.
- W2511446784 citedByCount "44" @default.
- W2511446784 countsByYear W25114467842017 @default.
- W2511446784 countsByYear W25114467842018 @default.
- W2511446784 countsByYear W25114467842019 @default.
- W2511446784 countsByYear W25114467842020 @default.
- W2511446784 countsByYear W25114467842021 @default.
- W2511446784 countsByYear W25114467842022 @default.
- W2511446784 countsByYear W25114467842023 @default.
- W2511446784 crossrefType "journal-article" @default.
- W2511446784 hasAuthorship W2511446784A5019853690 @default.
- W2511446784 hasAuthorship W2511446784A5038572640 @default.
- W2511446784 hasAuthorship W2511446784A5048680847 @default.
- W2511446784 hasBestOaLocation W25114467841 @default.
- W2511446784 hasConcept C121332964 @default.
- W2511446784 hasConcept C134306372 @default.
- W2511446784 hasConcept C136479403 @default.
- W2511446784 hasConcept C141886431 @default.
- W2511446784 hasConcept C146366752 @default.
- W2511446784 hasConcept C149288129 @default.
- W2511446784 hasConcept C155355069 @default.
- W2511446784 hasConcept C164154869 @default.
- W2511446784 hasConcept C196298200 @default.
- W2511446784 hasConcept C26873012 @default.
- W2511446784 hasConcept C32848918 @default.
- W2511446784 hasConcept C33923547 @default.
- W2511446784 hasConcept C54101563 @default.
- W2511446784 hasConcept C62520636 @default.
- W2511446784 hasConcept C72190298 @default.
- W2511446784 hasConcept C80891386 @default.
- W2511446784 hasConcept C84114770 @default.
- W2511446784 hasConceptScore W2511446784C121332964 @default.
- W2511446784 hasConceptScore W2511446784C134306372 @default.
- W2511446784 hasConceptScore W2511446784C136479403 @default.
- W2511446784 hasConceptScore W2511446784C141886431 @default.
- W2511446784 hasConceptScore W2511446784C146366752 @default.
- W2511446784 hasConceptScore W2511446784C149288129 @default.
- W2511446784 hasConceptScore W2511446784C155355069 @default.