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Santini, P. M.
Ragnisco, O.
Santini, P. M.
author Ragnisco, O.
Santini, P. M.
spellingShingle Ragnisco, O.
Santini, P. M.
Journal of Mathematical Physics
Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
Mathematical Physics
Statistical and Nonlinear Physics
author_sort ragnisco, o.
spelling Ragnisco, O. Santini, P. M. 0022-2488 1089-7658 AIP Publishing Mathematical Physics Statistical and Nonlinear Physics http://dx.doi.org/10.1063/1.527907 <jats:p>The recursion operator and the bi-Hamiltonian structure for an integrable two-dimensional version of the Toda chain are algorithmically derived from the corresponding linear problem. The intimate relation between two-dimensional theories and non-Abelian one-dimensional theories is emphasized. The analogies and differences between discrete and continuous integrable two-dimensional systems are pointed out and discussed.</jats:p> Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices Journal of Mathematical Physics
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title Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_unstemmed Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_full Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_fullStr Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_full_unstemmed Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_short Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_sort recursion operator and bi-hamiltonian structure for integrable multidimensional lattices
topic Mathematical Physics
Statistical and Nonlinear Physics
url http://dx.doi.org/10.1063/1.527907
publishDate 1988
physical 1593-1603
description <jats:p>The recursion operator and the bi-Hamiltonian structure for an integrable two-dimensional version of the Toda chain are algorithmically derived from the corresponding linear problem. The intimate relation between two-dimensional theories and non-Abelian one-dimensional theories is emphasized. The analogies and differences between discrete and continuous integrable two-dimensional systems are pointed out and discussed.</jats:p>
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author Ragnisco, O., Santini, P. M.
author_facet Ragnisco, O., Santini, P. M., Ragnisco, O., Santini, P. M.
author_sort ragnisco, o.
container_issue 7
container_start_page 1593
container_title Journal of Mathematical Physics
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description <jats:p>The recursion operator and the bi-Hamiltonian structure for an integrable two-dimensional version of the Toda chain are algorithmically derived from the corresponding linear problem. The intimate relation between two-dimensional theories and non-Abelian one-dimensional theories is emphasized. The analogies and differences between discrete and continuous integrable two-dimensional systems are pointed out and discussed.</jats:p>
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imprint AIP Publishing, 1988
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publisher AIP Publishing
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series Journal of Mathematical Physics
source_id 49
spelling Ragnisco, O. Santini, P. M. 0022-2488 1089-7658 AIP Publishing Mathematical Physics Statistical and Nonlinear Physics http://dx.doi.org/10.1063/1.527907 <jats:p>The recursion operator and the bi-Hamiltonian structure for an integrable two-dimensional version of the Toda chain are algorithmically derived from the corresponding linear problem. The intimate relation between two-dimensional theories and non-Abelian one-dimensional theories is emphasized. The analogies and differences between discrete and continuous integrable two-dimensional systems are pointed out and discussed.</jats:p> Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices Journal of Mathematical Physics
spellingShingle Ragnisco, O., Santini, P. M., Journal of Mathematical Physics, Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices, Mathematical Physics, Statistical and Nonlinear Physics
title Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_full Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_fullStr Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_full_unstemmed Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_short Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
title_sort recursion operator and bi-hamiltonian structure for integrable multidimensional lattices
title_unstemmed Recursion operator and bi-Hamiltonian structure for integrable multidimensional lattices
topic Mathematical Physics, Statistical and Nonlinear Physics
url http://dx.doi.org/10.1063/1.527907