Speaker
Eigo Shintani
(Mainz University)
Description
I will present the recent result of nucleon form factor using error reduction technique, so called as all-mode-averaging. This algorithm is able to reduce the computational cost of correlation function in Monte-Carlo calculation by adopting the covariant approximation into quark propagator. In this talk, I will discuss this technique on nucleon form factor calculation and show the high statistical analysis of axial charge and isovector form factor in two-flavor Wilson-clover fermion configurations.
Author
Eigo Shintani
(Mainz University)
