2007•Chinese Journal of PhysicsRequires access

The Modified Toda Lattice Equation in (2+1)-Dimensions and an Infinite Number of Conservation Laws

Hongxiang Yang, Jun Du

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Abstract

By considering a discrete isospectral problem, a whole integrable lattice soliton hierarchy is derived. The modified Toda lattice in (2+1)-dimensions is obtained from the integrable positive and negative lattice equations. A direct method of constructing conservation laws for (2+1)-dimensional lattice equations based on associated matrix spectral problems is proposed, by means of which the conservation laws of the (2+1)-dimensional modified Toda lattice are deduced.

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What this paper is about

By considering a discrete isospectral problem, a whole integrable lattice soliton hierarchy is derived. The modified Toda lattice in (2+1)-dimensions is obtained from the integrable positive and negative lattice equations. A direct method of constructing conservation laws for (2+1)-dimensional lattice equations based on associated matrix spectral problems is proposed, by means of which the conservation laws of the (2+1)-dimensional modified Toda lattice are deduced.

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Available abstract

By considering a discrete isospectral problem, a whole integrable lattice soliton hierarchy is derived. The modified Toda lattice in (2+1)-dimensions is obtained from the integrable positive and negative lattice equations. A direct method of constructing conservation laws for (2+1)-dimensional lattice equations based on associated matrix spectral problems is proposed, by means of which the conservation laws of the (2+1)-dimensional modified Toda lattice are deduced.

Key concepts: Toda lattice, Isospectral, Integrable system, Conservation law, Lattice (music), Mathematical physics, Mathematics, Physics

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