Speaker
Mr
Arthur Dromard
(Goethe University Frankfurt am Main)
Description
In lattice simulations at fine lattice spacings typical algorithms tend to freeze topologically. In such cases specific topological finite size effects have to be taken into account, to obtain physical results corresponding to infinite volume or unfixed topology. Moreover, in QCD simulations, where the volume is not that large, it is often also necessary to get rid of ordinary finite volume effects not related to topology freezing. To extract physical results from simulations affected by both types of finite volume effects, we extend a known relation from the literature between hadron masses at fixed and at unfixed topology by incorporating additionally also ordinary finite volume effects. Numerical results for SU(2) Yang-Mills theory are presented.
Primary authors
Mr
Arthur Dromard
(Goethe University Frankfurt am Main)
Prof.
Marc Wagner
(Goethe university Frankfurt am Main)
Co-authors
Hector Mejia-Diaz
(Instituto de Ciencias Nucleares, Universidad Nacional Autonoma de Mexico)
Dr
Urs Gerber
(Instituto de Ciencias Nucleares, Universidad Naciona)
Dr
Wolfgang Bietenholz
(Instituto de Ciencias Nucleares, Universidad Nacional Autonoma de Mexico)
