Classical and quantum aspects of ultradiscrete solitons

47 mins 9 secs,  174.53 MB,  iPod Video  480x360,  25.0 fps,  44100 Hz,  505.38 kbits/sec
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Description: Atsuo Kuniba (Tokyo)
Thursday 02 April 2009, 09:30-10:15
Geometric Aspects of Discrete and Ultra-discrete Integrable Systems
 
Created: 2011-03-10 11:25
Collection: Discrete Integrable Systems
Publisher: Isaac Newton Institute
Copyright: Kuniba, A
Language: eng (English)
Distribution: World     (downloadable)
Credits:
Author:  Kuniba, A
Producer:  Jonathan Nimmo
Director:  Ehsan Ashraf
Editor:  Steve Greenham
Explicit content: No
Aspect Ratio: 4:3
Screencast: No
Bumper: UCS Default
Trailer: UCS Default
 
Abstract: A seminar from the Geometric Aspects of Discrete and Ultra-discrete Integrable Systems conference in association with the Newton Institute programme: Discrete Integrable Systems

http://www.gla.ac.uk/departments/mathematics/research/isamp/events/gadudis/programme/

I shall review how the synthesis of ideas from the classical and quantum integrable systems such as solitons, action-angle variables crystal base and combinatorial Bethe ansatz led to the inverse scattering transform and a complete solution of the initial value problem of the generalized box-ball systems on both infinite and periodic lattices in terms of ultradiscrete/tropical analogues of the tau and the Riemann theta functions.
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