19-23 June 2023
Faculty of Physics, University of Warsaw
Europe/Warsaw timezone
Compatibility
Place
Location: Faculty of Physics, University of Warsaw
Address: Pasteura 5, Warsaw
Room: Lecture hall: 0.06
Date:
19 Jun 09:30 - 11:00
Timetable | Contribution List
Displaying 3
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3
Session:
Compatibility
In this talk, we present some details of how to implement the consistency scheme for 5-point lattice equations broadly introduced in the talk by Wolfgang Schief. We will also present some other formulations of consistency for 5-point lattice equations, particularly for equations in a hexagonal lattice. Time permitting we will also present consistent multicomponent 5-point equations and consisten
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Presented by Dr. Andrew KELS
on
19/06/2023
at
08:00
Session:
Compatibility
Consistency of discrete equations on higher dimensional lattices constitutes a central element of integrable systems theory. The consistency of discrete equations defined on the squares and cubes of lattices of type B and the octahedra of lattices of type A have been studied extensively and with great success. However, it appears that the consistency of discrete equations naturally defined on latt
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Presented by Prof. Wolfgang SCHIEF
on
19/06/2023
at
07:30
Session:
Compatibility
There is Hesse's principle of transfer: the transfer of geometric assertions from one dimension into another, facilitated by the fact that the projective subgroup stabilising a normal curve is isomorphic in every dimension. When space is coordinatised via a normal curve, geometric assertions become SL2-invariant equations, as opposed to homogeneous equations if a simplex is used. Although examples
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Presented by Mr. James ATKINSON
on
19/06/2023
at
08:30