Equation of Weak Nuclear Force
Abstract
We present new approach and new equation of treating and calculating weak nuclear force depends on the main physical parameters responsible of forming the weak force. The nucleons (protons & neutrons) with certain masses (1.7 x 10-27 kg) of each particle at very short certain distance ((10-17 m - 10-18 m)) is main condition of producing weak nuclear force. So, the weak nuclear force can be calculated by using the two main physical parameters responsible for its existence (mass, distance) in addition to the time of ejecting the particles and radiations from nucleus to enable an unstable nucleus to become energetically stable nucleus which is the main role of the weak nuclear force. The calculated value of weak nuclear force for two nucleons (proton & neutron) to be U 3 x 10-5 Newton and consequently the weak nuclear force with increasing number of nucleons is linearly additive as binding energy of atomic nucleus.
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How to cite
Sanad, M. R. (2025). Equation of Weak Nuclear Force. Oriental Journal of Physical Sciences, 10(1), 08–11. Portico. https://doi.org/10.13005/ojps10.01.03