Methodology of Cognitive Synthesis in Fundamental Search

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Authors: Hennadii Kovalov
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Abstract

The present work on the theory of Chronal Dynamics is the result of a direct intellectual symbiosis of the author and artificial intelligence systems. The author considers it necessary to clarify the status of this collaboration in advance in order to focus the attention of reviewers exclusively on the physical essence and mathematical reliability of the study: Authorship and Intention: All fundamental ideas, including the introduction of the "chronal radian" value as a strategy for "evading opponents' attacks" and the concept of deterministic nuclear synchronization without heating, belong exclusively to humans. AI is fundamentally incapable of setting such transgressive goals. AI as a precision tool: The use of machine learning algorithms and LLM models in this work is similar to the use of a supercomputer for calculations or a microscope for observations. AI acted as a "high-performance interface" that allowed: Synthesize a data array on superheavy nuclei in nanosecond simulation intervals. I am glad to verify the accuracy of phase synchronization to the level of 10-10, which is unachievable by the methods of classical "manual" analysis. Provide a flawless logical framework and program code (Python) available for immediate experimental verification. Overcoming the Dogmatic Barrier: The use of AI as an independent "devil's advocate" allowed the author, working outside of official institutions, to bring the theory to the level of an engineering solution, bypassing the filters of academic bias and conservatism. Resume:Any attempt to discredit this work on the basis of "the use of AI" will be a refusal to discuss physical facts in favor of a discussion of tools. The author encourages reviewers to focus on verifying the presented code and equations, since it is in their performance that the true proof of the correctness of the theory lies.

Fields of Study & Subjects

Nuclear physics research studies Cold Fusion and Nuclear Reactions Advanced Mathematical Theories and Applications

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
16 March 2026
Language
EN