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<p>We modified and applied the definition and meaning of the mathematical structure of the covariant derivative of gauge field in particle physics to redefine the situation where we need to utilize for the deep understanding of the theoretical investigation of the source of mutation field in the genome of monkeypox during the viral replication process. This topic allows us to identify the relationship between the adaptive behavior and intrinsic self-dual and anti-self-dual consistency field in parasitism co-state, where the mutational induced an effect of the loop replication process with parallel transport of newly defined quantum genotype in the co-living quantum biological state. We used this approach, we applied to the comparative study of quantum genotype measurement of the whole genome of selected 27 samples of monkeypox viruses including 10 new variants. The result of the image of the spectrum of tensor correlation analysis suggests that IIb. B. 1.5 variant of the monkeypox virus is similar to the smallpox.</p>

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Theoretical investigation of Higgs mechanism in mutational behavior field of monkeypox virus

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2025年6月6日

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  • Richard Pinčák,
  • Kabin Kanjamapornkul,
  • Alexander Pigazzini,
  • Saeid Jafari

摘要

We modified and applied the definition and meaning of the mathematical structure of the covariant derivative of gauge field in particle physics to redefine the situation where we need to utilize for the deep understanding of the theoretical investigation of the source of mutation field in the genome of monkeypox during the viral replication process. This topic allows us to identify the relationship between the adaptive behavior and intrinsic self-dual and anti-self-dual consistency field in parasitism co-state, where the mutational induced an effect of the loop replication process with parallel transport of newly defined quantum genotype in the co-living quantum biological state. We used this approach, we applied to the comparative study of quantum genotype measurement of the whole genome of selected 27 samples of monkeypox viruses including 10 new variants. The result of the image of the spectrum of tensor correlation analysis suggests that IIb. B. 1.5 variant of the monkeypox virus is similar to the smallpox.