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In this paper, we construct some examples of commuting differential operators $L_1$ and $L_2$ with rational coefficients of rank 3 corresponding to a curve of genus 2.

Mathematical Physics · Physics 2012-07-18 Dafeng Zuo

In this paper we study self-adjoint commuting ordinary differential operators with polynomial coefficients. These operators define commutative subalgebras of the first Weyl algebra. We find new examples of commuting operators of rank 2.

Mathematical Physics · Physics 2023-04-27 Vardan Oganesyan

Self-adjoint rank two commuting ordinary differential operators are studied in this paper. Such operators with trigonometric, elliptic and rapid decay coefficients corresponding to hyperelliptic spectral curves are constructed. Some…

Mathematical Physics · Physics 2013-02-26 Andrey E. Mironov

In this paper we find coomon eigenfunctions of commuting differential operators of rank 2 with polynomial coefficients in some partial cases.

Mathematical Physics · Physics 2023-04-27 Vardan Oganesyan

In this paper we study self-adjoint commuting ordinary differential operators. We find sufficient conditions when an operator of fourth order commuting with an operator of order $4g+2$ is self-adjoint. We introduce an equation on…

Mathematical Physics · Physics 2012-04-10 Andrey E. Mironov

We construct examples of commuting ordinary scalar differential operators with polynomial coefficients that are related to a spectral curve of an arbitrary genus g and to an arbitrary even rank r = 2k, and also to an arbitrary rank of the…

Spectral Theory · Mathematics 2012-01-31 O. I. Mokhov

In this paper we construct examples of commuting ordinary scalar differential operators with polynomial coefficients that are related to a spectral curve of an arbitrary genus g>0 and to an arbitrary rank r>1 of the vector bundle of common…

Classical Analysis and ODEs · Mathematics 2013-03-19 O. I. Mokhov

In this paper we study rank two commuting ordinary differential operators with polynomial coefficients and the orbit space of the automorphisms group of the first Weyl algebra on such operators. We prove that for arbitrary fixed spectral…

Mathematical Physics · Physics 2016-03-03 Andrey E. Mironov , Alexander B. Zheglov

We construct a commuting family of difference-evaluation operators, deforming the commuting family introduced in our earlier paper (math/9807145). We interpret them as the action of the center of quantum algebras in the space of…

Quantum Algebra · Mathematics 2007-05-23 B. Enriquez , G. Felder

In this paper we discuss some results related to commuting ordinary differential operators of rank greater than one.

Mathematical Physics · Physics 2012-04-11 Andrey E. Mironov

We consider one-point commuting difference operators of rank one. The coefficients of these operators depend on a functional parameter, shift operators being included only with positive degrees. We study these operators in the case of…

Algebraic Geometry · Mathematics 2015-09-30 Gulnara S. Mauleshova , Andrey E. Mironov

The group of automorphisms of the first Weyl algebra acts on commuting ordinary differential operators with polynomial coefficient. In this paper we prove that for fixed generic spectral curve of genus two the set of orbits is infinite.

Mathematical Physics · Physics 2016-06-07 Valentina N. Davletshina , Andrey E. Mironov

In this paper we propose a very effective method for constructing matrix commuting differential operators of rank 2 and vector rank (2,2). We find new matrix commuting differential operators L, M of orders 2 and 2g respectively.

Mathematical Physics · Physics 2023-04-27 Vardan Oganesyan

We indicate smooth real commuting matrix differential operators whose eigenvalues and eigenfunctions are parametrized by two-dimensional principally polarized abelian varieties.

Mathematical Physics · Physics 2007-05-23 A. E. Mironov

In this paper we study commuting difference operators of rank two. We introduce an equation on potentials $V(n),W(n)$ of the difference operator $L_4=(T+V(n)T^{-1})^2+W(n)$ and some additional data. With the help of this equation we find…

Exactly Solvable and Integrable Systems · Physics 2014-08-04 Gulnara S. Mauleshova , Andrey E. Mironov

We construct discrete analogues of the Dixmier operators, that is, commuting difference operators corresponding to a spectral curve of genus 1 whose coefficients are polynomials of the discrete variable.

Mathematical Physics · Physics 2015-06-26 A. E. Mironov

The work of M. S. Liv\v{s}ic and his collaborators in operator theory associates to a system of commuting nonselfadjoint operators an algebraic curve. Guided by the notion of rational transformation of algebraic curves, we define the notion…

Algebraic Geometry · Mathematics 2007-05-23 Alexander Shapiro , Victor Vinnikov

Spectral properties of many finite convolution integral operators have been understood by finding differential operators that commute with them. In this paper we compile a complete list of such commuting pairs, extending previous work to…

Classical Analysis and ODEs · Mathematics 2021-07-08 Yury Grabovsky , Narek Hovsepyan

In this paper we study commuting difference operators containing a shift operator with only positive degrees. We construct examples of such operators in the case of hyperelliptic spectral curves.

Algebraic Geometry · Mathematics 2018-10-26 Gulnara S. Mauleshova , Andrey E. Mironov

In this paper we study one-point rank one commutative rings of difference operators. We find conditions on spectral data which specify such operators with periodic coefficients.

Exactly Solvable and Integrable Systems · Physics 2019-12-30 Alina Dobrogowska , Andrey E. Mironov
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