There have already been numerous studies and interpretations of the famous separation of variables in the integrable top of S. Kovalevskaya. In this talk we show how the original Kovalevskaya curve of separation can be obtained, by a simple one-step transformation, from the spectral curve of the Lax representation found by Bobenko, Reyman, and Semenov-Tian-Shansky. The algorithm works for the general constants of motion of the top and is based on W. Barth's description of Prym varieties via pencils of genus 3 curves. This also allows us to derive existing and new curves of separation for the Kovalevskaya gyrostat in one and two force fields.Non UBCUnreviewedAuthor affiliation: Universitat Politechnica de CatalunyaFacult
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Poincar\'e, Melnikov and Arnol'd introduced the standard method for measuring the splitting of separ...
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The notion of discriminantly separable polynomials of degree two in each of three variables has been...
The dierent types of energy surfaces are identied for the Kovalevskaya problem of rigid body dynamic...
An explicit formula for the action variables of the Kovalevskaya top as certain abelian integrals of...
The Kovalevskaya exponents are sets of exponents that can be associated with a given nonlinear vecto...
We show how the method of separation of variables can be used to construct integrable models corresp...
AbstractA version of the integrable problem of motion of a dynamically symmetric gyrostat about a fi...
In a previous paper [16], we considered the 40 types of autonomous 4-dimensional Painlev´e-type equa...
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This survey examines separation of variables for algebraically integrable Hamiltonian systems whose ...
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