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Baryons are not only the interesting systems to study the quark dynamics and their properties but are also interesting from the point of view of simple systems to study three body interactions. Baryon spectroscopy remains an active and lively field. The primary goal of hadron physics today is to determine the relevant degrees of freedom that govern the hadron phenomena at all scales, to establish the connection of degrees of freedom to the parameters and fundamental fields of QCD to quantitatively describe a wide array of hadron phenomena, ranging from its spectroscopy to their decay…mehr

Produktbeschreibung
Baryons are not only the interesting systems to study the quark dynamics and their properties but are also interesting from the point of view of simple systems to study three body interactions. Baryon spectroscopy remains an active and lively field. The primary goal of hadron physics today is to determine the relevant degrees of freedom that govern the hadron phenomena at all scales, to establish the connection of degrees of freedom to the parameters and fundamental fields of QCD to quantitatively describe a wide array of hadron phenomena, ranging from its spectroscopy to their decay properties. Present work is particularly addressed to the baryons, hypernuclei and their properties.
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Autorenporträt
Kaushal Thakkar, Assistant Professor, having doctorate degree in Physics. He is a young, enthusiastic and active research scholar in the field of Hadron Physics. Prof. P. C. Vinodkumar is an eminent scholar in the field of Theoretical High Energy Physics. He has vast experience of teaching at post graduate level.