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• W3100814667 endingPage "124506" @default.
• W3100814667 startingPage "124506" @default.
• W3100814667 abstract "The parent phases of the Fe-arsenide superconductors harbor an antiferromagnetic ground state. Significantly, the N'eel transition is either preceded or accompanied by a structural transition that breaks the four fold symmetry of the high-temperature lattice. Borrowing language from the field of soft condensed matter physics, this broken discrete rotational symmetry is widely referred to as an Ising nematic phase transition. Understanding the origin of this effect is a key component of a complete theoretical description of the occurrence of superconductivity in this family of compounds, motivating both theoretical and experimental investigation of the nematic transition and the associated in-plane anisotropy. Here we review recent experimental progress in determining the intrinsic in-plane electronic anisotropy as revealed by resistivity, reflectivity and ARPES measurements of detwinned single crystals of underdoped Fe arsenide superconductors in the 122 family of compounds." @default.
• W3100814667 created "2020-11-23" @default.
• W3100814667 creator A5018124544 @default.
• W3100814667 creator A5057354851 @default.
• W3100814667 creator A5087802422 @default.
• W3100814667 date "2011-09-22" @default.
• W3100814667 modified "2023-09-25" @default.
• W3100814667 title "In-plane electronic anisotropy of underdoped ‘122’ Fe-arsenide superconductors revealed by measurements of detwinned single crystals" @default.
• W3100814667 cites W1499616362 @default.
• W3100814667 cites W1502343738 @default.
• W3100814667 cites W1504976286 @default.
• W3100814667 cites W1505086170 @default.
• W3100814667 cites W1527622477 @default.
• W3100814667 cites W1547901967 @default.
• W3100814667 cites W1562056600 @default.
• W3100814667 cites W1580558539 @default.
• W3100814667 cites W1659501886 @default.
• W3100814667 cites W1696046971 @default.
• W3100814667 cites W1758838835 @default.
• W3100814667 cites W176789918 @default.
• W3100814667 cites W1885413856 @default.
• W3100814667 cites W1959192511 @default.
• W3100814667 cites W1965917332 @default.
• W3100814667 cites W1973913802 @default.
• W3100814667 cites W1976008645 @default.
• W3100814667 cites W1978908986 @default.
• W3100814667 cites W1979164020 @default.
• W3100814667 cites W1980317816 @default.
• W3100814667 cites W1980771151 @default.
• W3100814667 cites W1981934638 @default.
• W3100814667 cites W1984269736 @default.
• W3100814667 cites W1984665765 @default.
• W3100814667 cites W1986807137 @default.
• W3100814667 cites W1988610902 @default.
• W3100814667 cites W1991247642 @default.
• W3100814667 cites W1994896577 @default.
• W3100814667 cites W1995064936 @default.
• W3100814667 cites W1997242268 @default.
• W3100814667 cites W1998256058 @default.
• W3100814667 cites W1998344895 @default.
• W3100814667 cites W1999993559 @default.
• W3100814667 cites W2003340996 @default.
• W3100814667 cites W2011296368 @default.
• W3100814667 cites W2011721578 @default.
• W3100814667 cites W2012475401 @default.
• W3100814667 cites W2015902037 @default.
• W3100814667 cites W2018454001 @default.
• W3100814667 cites W2022320033 @default.
• W3100814667 cites W2022364925 @default.
• W3100814667 cites W2022761082 @default.
• W3100814667 cites W2028280473 @default.
• W3100814667 cites W2054324307 @default.
• W3100814667 cites W2055992448 @default.
• W3100814667 cites W2063266737 @default.
• W3100814667 cites W2068792199 @default.
• W3100814667 cites W2070440682 @default.
• W3100814667 cites W2070723936 @default.
• W3100814667 cites W2077274998 @default.
• W3100814667 cites W2077957438 @default.
• W3100814667 cites W2078229043 @default.
• W3100814667 cites W2080311505 @default.
• W3100814667 cites W2081583645 @default.
• W3100814667 cites W2084548824 @default.
• W3100814667 cites W2087238590 @default.
• W3100814667 cites W2089207688 @default.
• W3100814667 cites W2089755957 @default.
• W3100814667 cites W2093131538 @default.
• W3100814667 cites W2093498335 @default.
• W3100814667 cites W2096987299 @default.
• W3100814667 cites W2100926842 @default.
• W3100814667 cites W2102197442 @default.
• W3100814667 cites W2114388993 @default.
• W3100814667 cites W2118073003 @default.
• W3100814667 cites W2122197513 @default.
• W3100814667 cites W2139814958 @default.
• W3100814667 cites W2143202785 @default.
• W3100814667 cites W2145072206 @default.
• W3100814667 cites W2152084965 @default.
• W3100814667 cites W2168322946 @default.
• W3100814667 cites W2170980554 @default.
• W3100814667 cites W2214504069 @default.
• W3100814667 cites W2963039799 @default.
• W3100814667 cites W3023127551 @default.
• W3100814667 cites W3098979843 @default.
• W3100814667 cites W3100026165 @default.
• W3100814667 cites W3104600763 @default.
• W3100814667 cites W3104912128 @default.
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• W3100814667 doi "https://doi.org/10.1088/0034-4885/74/12/124506" @default.
• W3100814667 hasPublicationYear "2011" @default.
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