Speaker
Description
I discuss femtoscopic studies of hadron-hadron interactions mainly from a theoretical point of view. Femtoscopy denotes studies using two-(or more- )particle momentum correlation functions, which are given by the convolution of the source function and the relative
wave function squared. Thus when the source function is known, one can obtain information on the wave function including the interaction effects from the correlation function. The latter approach, femtoscopy for hadron-hadron interactions, has been in strong
progress in recent years.
Femtoscopy is extremely useful for the hadron pairs whose scattering experiment is unavailable. For example, there was no experimental information about the N
first time. For
s-wave hadron-hadron interactions.
In the talk, I first discuss the correlation functions of hadron pairs including strangeness. Femtoscopy has met great successes in hyperon-nucleon (YN) and kaon-nucleon (KN and
Topic | Heavy Ion Physics |
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