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30、Logical Doubts and Refutations on the Neutrino Hypothesis
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Preprint of CERN doi :10.5281/zenodo.19547359 or https://doi.org/10.5281/zenodo.19547359 My academic identifier: orcid id: 0009-0005-2185-5790. You may go to the official academic website to retrieve and view relevant research content. Readers may copy this number to search on the official zenodo website (search by English title or English keywords) to view the full English and Chinese pdf texts. Abstract Since its proposal in the 1930s, the neutrino hypothesis has been widely used to explain the energy difference in neutron β-decay and has gradually become an important part of the theoretical system of particle physics. However, this hypothesis still lacks direct and conclusive experimental evidence, and there are many irreconcilable contradictions with fundamental physical logic. Based on three core physical principles—the formation law of massive particles, the law of conservation of energy, and the reversibility of physical reactions—this paper conducts a systematic analysis and logical refutation of the core viewpoints of the neutrino hypothesis. The study shows that the neutrino is not an objectively existing elementary particle, but a virtual concept constructed to compensate for the limitations of early detection and theoretical gaps. This paper points out that the energy conservation in neutron decay can be fully realized through known forms of energy without introducing additional particles; the mass-generation mechanism of the neutrino violates objective physical laws; and the deduction based on reaction reversibility conflicts fundamentally with actual observations. This paper aims to return to the empirical and logical origin of physics and provide a more self-consistent theoretical approach for the reasonable interpretation of particle and nuclear physical processes. Keywords: neutrino hypothesis; neutron decay; β-decay; conservation of energy; formation of massive particles; physical logic; reversibility of reaction; theoretical query 1. Introduction The neutrino hypothesis emerged in the 1930s, originally intended to explain the apparent "energy loss" in the β-decay of free neutrons. To preserve the universality of the law of conservation of energy, physicists proposed a hypothetical particle—the neutrino—with extremely low mass, strong penetrability, and almost no interaction with matter, to carry away the "missing" energy. In nearly a century of subsequent theoretical development, the neutrino hypothesis has been continuously expanded, revised, and incorporated into the framework of the Standard Model, becoming a key component of modern particle physics. Nevertheless, from the perspective of fundamental physical laws, the neutrino hypothesis has always had unavoidable logical flaws:First, the mass property of the neutrino contradicts the formation mechanism of all known massive particles.Second, the energy balance in neutron decay can be fully achieved through known energy forms, with no need to introduce unknown particles.Third, the neutrino hypothesis cannot hold under the deduction of reaction reversibility, and no genuine direct evidence has been obtained so far. Physical theories must be built on empirical evidence and rigorous logic. Any hypothesis lacking direct observation or violating basic laws deserves re examination and questioning. Without targeting any established academic conclusions, this paper questions and refutes the rationality of the neutrino hypothesis comprehensively from the most fundamental physical principles, in order to restore the true physical picture of particle reactions and energy conversion.  |
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