New Book Released:

New Synthesis of Elementary Particle Physics: A Theory of Elemental Balance in Physical Transformations

available as a Paperback from Akinik.com

The assumption that matter can be either annihilated or created from nothing permeates the modern-day theory of physics. A key example is the production of photons from the interaction of a positron and an electron. Instead of assuming that the electron and positron no longer exist at the end of this process, it can plausibly be assumed that they continue to exist in a strongly bound state with a binding energy which is exactly equal to the equivalent of their two rest masses (2mec2=1.02 Mev). Such a bound e+e- state is thereupon identified with the photon. This line of argumentation suggests th at Fermi’s conclusion regarding the internal structure of the neutron is also incorrect.

 

ABSTRACT
Elementary particle physics seeks to understand the fundamental building blocks of matter and their interactions. This study presents a new theoretical synthesis based on elemental balance in physical transformations, redefining the principles governing particle interactions, decay processes, and conservation laws. By integrating classical and quantum perspectives, the framework explores the role of symmetry, unification theories, and potential modifications to the Standard Model. The proposed approach aims to address existing theoretical inconsistencies, offering a fresh avenue for advancing high-energy physics research.