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7 works

Work: Spectral properties of tensor products of linear operators. II. The approximate point spectrum and Kato essential spectrum

  1. Spectral properties of three-electron systems in the Hubbard model

    S. M. Tashpulatov

    ArticleMagnetism in coordination complexesTheoretical and Mathematical Physics201417 citations
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  2. Spectra of the energy operator of four-electron systems in the triplete state in the Hubbard model

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  3. The structure of essential spectra and discrete spectrum of four-electron systems in the Hubbard model in a singlet state

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  4. Structure of Essential Spectrum and Discrete Spectrum of the Energy Operator of Five-Electron Systems in the Hubbard Model—Doublet States

    S. M. Tashpulatov

    ChapterPhysics of Superconductivity and MagnetismTrends in mathematics20212 citations
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  5. Spectrum of the energy operator of two-magnon systems in the isotropic Heisenberg ferromagnet model with impurity

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  6. Spectrum of the energy operator of a two-magnon system in the three-dimensional isotropic Heisenberg ferromagnet model with impurity

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  7. The Structure of the Essential Spectrum and the Discrete Spectrum of the Energy Operator for Six-Electron Systems in the Hubbard Model. The Second Singlet State

    S. M. Tashpulatov

    ArticlePhysics of Superconductivity and MagnetismProceedings of the Steklov Institute of Mathematics20230 citations
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