The Systematics of Fundamental Particles and Unstable Nuclear Systems Using the Concept of Continuity and Discreteness

TL;DR

This paper introduces a novel method using Cantor's theory of Cardinality to analyze experimental data on unstable nuclear systems, providing insights into fundamental particles, decay processes, and nuclear energy levels.

Contribution

It presents a new approach based on the theory of discreteness and continuity, deriving a formula for binding energies of unstable nuclei.

Findings

Derived a formula for binding energies of unstable nuclei

Analyzed experimental data on nuclear decay processes

Provided a systematic framework for nuclear energy levels

Abstract

In this review, a new method is proposed based on Cantor's theory of Cardinality to analyze the experimental data on unstable nuclear systems which includes fundamental particles and their flavours, $\beta$-decay including spin and parity, $\alpha$-decay and the systematics of the energy levels of light nuclei. The method also derives a formula for the Binding Energies of unstable nuclei. All this is based on the theory of discreteness and continuity.