This project contains original research on the computational investigation of hypernuclear systems within advanced theoretical approaches, based upon numerical solution of Faddeev and Faddeev-Yakubowsky equations. The major goal is to understand the hyperon-nucleon and hyperon-hyperon interactions and the role that hyperons can play in the state of matter by studying the structure of hypernuclei and dynamics of many-body systems consisting of nucleons and hyperons.
Activities
Modeling of the structure of hypernuclei and dynamics of many-body systems comprising nucleons and hyperons is critical to understand hyperon-nucleon and hyperon-hyperon interactions and the role that hyperons can play in the state of matter.
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The problem of hyperon-nucleon interaction is a key problem in the physics of hypernuclei. An extremely scarce experimental database of direct hyperon-nucleon interaction stimulates interest in studying bound hyperon-nucleon systems.
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