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Strongly correlated materials are a wide class of compounds that include insulators and electronic materials, and show unusual (often technologically useful) electronic and magnetic properties, such as metal-insulator transitions, heavy fermion behavior, half-metallicity, and spin-charge separation. The essential feature that defines these materials is that the behavior of their electrons or spinons cannot be described effectively in terms of non-interacting entities. Theoretical models of the electronic (fermionic) structure of strongly correlated materials must include electronic (fermionic) correlation to be accurate. As of recently, the label quantum materials is also used to refer to strongly correlated materials, among others.

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rdfs:label	強相関電子系 (ja) Strongly correlated material (en) 强关联 (zh)
rdfs:comment	Strongly correlated materials are a wide class of compounds that include insulators and electronic materials, and show unusual (often technologically useful) electronic and magnetic properties, such as metal-insulator transitions, heavy fermion behavior, half-metallicity, and spin-charge separation. The essential feature that defines these materials is that the behavior of their electrons or spinons cannot be described effectively in terms of non-interacting entities. Theoretical models of the electronic (fermionic) structure of strongly correlated materials must include electronic (fermionic) correlation to be accurate. As of recently, the label quantum materials is also used to refer to strongly correlated materials, among others. (en) 強相関電子系（きょうそうかんでんしけい、英: strongly correlated electron system）とは固体物理学の用語で、物質の中でも電子どうしの間に働く有効なクーロン相互作用が強いものをこのように呼び表す。 (ja) 強關聯，又稱強關聯電子系統（英語：Strongly correlated electronic systems），是指電子間的交互作用不可忽略的系統，這類材料又稱。在最简单的固態物理學理論中，固体中的电子之间的静电相互作用被忽略了，不会出现在哈密顿算符里。故各个电子被看成是独立的，不会相互影响（唯一的影响来自泡利不相容原理）。然而，在许多物质中（以过渡金属氧化物和镧系氧化物最典型，下面以前者为例），3d电子轨道之间交叠很大，d轨道上的电子相互靠近，静电能的增加将不能忽略。把这一部分能量写入哈密尔顿量，就得到强关联模型（又称赫巴德模型）。顾名思义，电子此时相互影响，故称强关联。用这个模型，可以很容易的阐述莫特绝缘体。多数具有铁磁性或反铁磁性的物质，以及高溫超導體、自旋材料、鐵磁超導體等也是强关联的结果。 (zh)
foaf:depiction
dcterms:subject	Magnetism Quantum mechanics Condensed matter physics Materials science
Wikipage page ID	2856466 (xsd:integer)
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Link from a Wikipage to another Wikipage	Electronic correlation Cuprate superconductor Mott insulator Magnetism Quantum mechanics Mean field theory Quantum materials Electron Electron shells Emergence Half-metal Hamiltonian (quantum mechanics) Photoemission spectroscopy Condensed matter physics GW approximation Hartree–Fock method Local-density approximation Heavy fermion Fermionic Band gap Dynamical mean field theory Spinon Materials science High-temperature superconductivity Phase transition Hubbard model RIXS Neutron spectroscopy Multiferroics Spintronics Metal-insulator transition Fermi sea Superconducting magnets Magnetic properties Transition metal oxides Spin-charge separation Coulomb repulsion Density-functional theory Zaanen–Sawatzky–Allen diagram dbr:Spin_Peierls
Link from a Wikipage to an external page	http://www.uksaf.org/tech/ups.html http://purl.org/net/epubs/manifestation/3667/2009-Quintanilla-Hooley.pdf http://www.cond-mat.de/events/correl11/manuscript
sameAs	Strongly correlated material Strongly correlated material Strongly correlated material Strongly correlated material Strongly correlated material Strongly correlated material
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has abstract	Strongly correlated materials are a wide class of compounds that include insulators and electronic materials, and show unusual (often technologically useful) electronic and magnetic properties, such as metal-insulator transitions, heavy fermion behavior, half-metallicity, and spin-charge separation. The essential feature that defines these materials is that the behavior of their electrons or spinons cannot be described effectively in terms of non-interacting entities. Theoretical models of the electronic (fermionic) structure of strongly correlated materials must include electronic (fermionic) correlation to be accurate. As of recently, the label quantum materials is also used to refer to strongly correlated materials, among others. (en) 強相関電子系（きょうそうかんでんしけい、英: strongly correlated electron system）とは固体物理学の用語で、物質の中でも電子どうしの間に働く有効なクーロン相互作用が強いものをこのように呼び表す。 (ja) 強關聯，又稱強關聯電子系統（英語：Strongly correlated electronic systems），是指電子間的交互作用不可忽略的系統，這類材料又稱。在最简单的固態物理學理論中，固体中的电子之间的静电相互作用被忽略了，不会出现在哈密顿算符里。故各个电子被看成是独立的，不会相互影响（唯一的影响来自泡利不相容原理）。然而，在许多物质中（以过渡金属氧化物和镧系氧化物最典型，下面以前者为例），3d电子轨道之间交叠很大，d轨道上的电子相互靠近，静电能的增加将不能忽略。把这一部分能量写入哈密尔顿量，就得到强关联模型（又称赫巴德模型）。顾名思义，电子此时相互影响，故称强关联。用这个模型，可以很容易的阐述莫特绝缘体。多数具有铁磁性或反铁磁性的物质，以及高溫超導體、自旋材料、鐵磁超導體等也是强关联的结果。 (zh)
gold:hypernym	Class
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page length (characters) of wiki page	10234 (xsd:nonNegativeInteger)
foaf:isPrimaryTopicOf	wikipedia-en:Strongly_correlated_material
is Link from a Wikipage to another Wikipage of	Rubidium sesquioxide Electronic band structure Electronic correlation Density functional theory Resonant inelastic X-ray scattering Dynamical mean-field theory Independent electron approximation T-J model Cristiane de Morais Smith Quantum materials Quasiparticle George Sawatzky Condensed matter physics Erica Carlson Andrew Peter Mackenzie Slave boson Strongly correlated electron systems Complex oxide Zlatko Tesanovic Physica Status Solidi James Joule Medal and Prize Jeroen van den Brink

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