DOI: 10.57760/sciencedb.33521
title: EP Irrotational Entropy
title: EP Irrotational Entropy

description: TitleSupplementary Data for: Quantum Gravity Non-simultaneous Irrotational Entropy Preservation Origin of LifeAuthorYi Yu LaiDescriptionThis dataset provides supplementary materials supporting the manuscript “Quantum Gravity Non-simultaneous Irrotational Entropy Preservation Origin of Life.” The materials are intended to ensure transparency, reproducibility, and contextual completeness of the reported findings, and are organized into three categories:(1) Supplementary MoviesA series of experimental and observational videos illustrating entropy-driven biological and physical phenomena, including bio-quantum path behavior, Bose–Einstein–like condensation under biological or room-temperature–analog conditions, free-height drop (FHD) experiments, and in vitro and in vivo entropy-driven motion observations. These videos provide qualitative and dynamic support for the proposed irrotational entropy framework.(2) Supplementary Rare-Codon Supporting MaterialsA compressed archive containing all figures, computational procedures, and gene-level CSV datasets used in the rare-codon linearity analysis across eight species, spanning bacteria to humans. These materials support the quantitative results presented in the manuscript and enable independent verification and reuse.(3) Supplementary Historical ArchivesTwo scanned archival document sets (1989 and 2008 editions) related to the Wudang Taihe Kungfu system. These materials are provided strictly for historical and cultural reference, documenting the long-term relationship between traditional spinal-converging practices and irrotational entropy concepts. Also include two Appendix documents and Appendix Movies. They offer historical origin of Irrotational Entropy and present layperson physical training method and mechanisms underline. Reuse NotesAll experimental data may be reused for academic and non-commercial research purposes with appropriate citation. Historical archives are provided for scholarly reference only.
description: TitleSupplementary Data for: Quantum Gravity Non-simultaneous Irrotational Entropy Preservation Origin of LifeAuthorYi Yu LaiDescriptionThis dataset provides supplementary materials supporting the manuscript “Quantum Gravity Non-simultaneous Irrotational Entropy Preservation Origin of Life.” The materials are intended to ensure transparency, reproducibility, and contextual completeness of the reported findings, and are organized into three categories:(1) Supplementary MoviesA series of experimental and observational videos illustrating entropy-driven biological and physical phenomena, including bio-quantum path behavior, Bose–Einstein–like condensation under biological or room-temperature–analog conditions, free-height drop (FHD) experiments, and in vitro and in vivo entropy-driven motion observations. These videos provide qualitative and dynamic support for the proposed irrotational entropy framework.(2) Supplementary Rare-Codon Supporting MaterialsA compressed archive containing all figures, computational procedures, and gene-level CSV datasets used in the rare-codon linearity analysis across eight species, spanning bacteria to humans. These materials support the quantitative results presented in the manuscript and enable independent verification and reuse.(3) Supplementary Historical ArchivesTwo scanned archival document sets (1989 and 2008 editions) related to the Wudang Taihe Kungfu system. These materials are provided strictly for historical and cultural reference, documenting the long-term relationship between traditional spinal-converging practices and irrotational entropy concepts. Also include two Appendix documents and Appendix Movies. They offer historical origin of Irrotational Entropy and present layperson physical training method and mechanisms underline. Reuse NotesAll experimental data may be reused for academic and non-commercial research purposes with appropriate citation. Historical archives are provided for scholarly reference only.