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In condensed matter physics and black hole physics, the Sachdev–Ye–Kitaev (SYK) model is an exactly solvable model initially proposed by Subir Sachdev and Jinwu Ye, and later modified by Alexei Kitaev to the present commonly used form. The model is believed to bring insights into the understanding of strongly correlated materials and it also has a close relation with the discrete model of AdS/CFT, and fermionic code. Many condensed matter systems, such as quantum dot coupled to topological superconducting wires, graphene flake with irregular boundary, and kagome optical lattice with impurities, are proposed to be modeled by it. Some variants of the model are amenable to digital quantum simulation, with pioneering experiments implemented in a NMR setting.

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  • In condensed matter physics and black hole physics, the Sachdev–Ye–Kitaev (SYK) model is an exactly solvable model initially proposed by Subir Sachdev and Jinwu Ye, and later modified by Alexei Kitaev to the present commonly used form. The model is believed to bring insights into the understanding of strongly correlated materials and it also has a close relation with the discrete model of AdS/CFT, and fermionic code. Many condensed matter systems, such as quantum dot coupled to topological superconducting wires, graphene flake with irregular boundary, and kagome optical lattice with impurities, are proposed to be modeled by it. Some variants of the model are amenable to digital quantum simulation, with pioneering experiments implemented in a NMR setting. (en)
  • В физике конденсированных сред и физике чёрных дыр, модель Сачдева — Йе — Китаева (SYK) — это точно решаемая модель, которую первоначально предложил Субир Сачдев и Джинву Йе, а затем модифицировал в общепринятую в настоящее время форму Алексей Китаев. Считается, что эта модель помогает понять суть сильно коррелированных материалов, а также имеет тесную связь с дискретной моделью AdS/CFT и фермионным кодом. Модель поддаётся цифровому квантовому моделированию с новаторскими экспериментами, реализованными в установке ЯМР. (ru)
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  • In condensed matter physics and black hole physics, the Sachdev–Ye–Kitaev (SYK) model is an exactly solvable model initially proposed by Subir Sachdev and Jinwu Ye, and later modified by Alexei Kitaev to the present commonly used form. The model is believed to bring insights into the understanding of strongly correlated materials and it also has a close relation with the discrete model of AdS/CFT, and fermionic code. Many condensed matter systems, such as quantum dot coupled to topological superconducting wires, graphene flake with irregular boundary, and kagome optical lattice with impurities, are proposed to be modeled by it. Some variants of the model are amenable to digital quantum simulation, with pioneering experiments implemented in a NMR setting. (en)
  • В физике конденсированных сред и физике чёрных дыр, модель Сачдева — Йе — Китаева (SYK) — это точно решаемая модель, которую первоначально предложил Субир Сачдев и Джинву Йе, а затем модифицировал в общепринятую в настоящее время форму Алексей Китаев. Считается, что эта модель помогает понять суть сильно коррелированных материалов, а также имеет тесную связь с дискретной моделью AdS/CFT и фермионным кодом. Модель поддаётся цифровому квантовому моделированию с новаторскими экспериментами, реализованными в установке ЯМР. (ru)
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  • Sachdev–Ye–Kitaev model (en)
  • Модель Сачдева — Йе — Китаева (ru)
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