ABSTRACT─ hadronic nuclei like systems that consist of hadrons that are strongly interacting particles bound states. The kinds of hadronic nuclei that have been made and the years in which they were first identified include proton, neutron, di-baryon, quadroquark, pentaquark, etc. The lifetime of these hadronic nuclei are of the order of 10−20 s, but this is long enough to identify them and study their characteristics by means of their strong interactions. They are available to study only in the beams of particles hyper accelerators. We describe the theory of hadronic nuclei in quantum chromodynamics and quantum electrodynamics based on strong interactions framework. We first provide an introduction to the overlap clustering model (OCM) based on three-dimensional layout (3DL), and then calculate colored charge radius of several hadronic nuclei like proton, neutron, lambda, sigma and omega, etc. We investigate the dynamics of the hadronic nuclei in which hadrons are defined as atomic nuclei in 3DL OCM that presented by the author to describe new definition of atomic nuclei’s structures. The general properties of bounding state and the conditions for it are studied via the 3DL OCM. ABBREVIATION: Overlap clustering model; Three-dimensional layout.
کلید واژگان :KEYWORDS: Strong interactions, hadronic nuclei, bound state, ground state, gluon, quark.
ارزش ریالی : 600000 ریال
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