Understanding nuclear stability and binding energy with Up and Down quarks via 5 terms having single energy coefficient

Recently, N. Ghahramany and team members tried to explore nuclear binding energy and magic numbers in terms of quarks. Very interesting point of their study is that - nuclear binding energy can be understood with two terms having a single variable energy coefficient of the order of 10 MeV. In this context, it has been tried to understand with reference to three atomic gravitational constants, nuclear stability and binding energy. With further study, nuclear stability and binding energy can be understood with Up and Down quarks and coupling constants