International Journal of Science and Research (IJSR)

International Journal of Science and Research (IJSR)
Call for Papers | Fully Refereed | Open Access | Double Blind Peer Reviewed

ISSN: 2319-7064

Open Citations

Bio-inertia Resonates Life into Evolution

Yi Yu Lai

23 Open Citations
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Last updated: 2026-10-12 07:30:35

Citing Works

Grow Newtonian rigid inertia into parameter repetitiveness memory equivalent bio-inertia by degenerating eigenstates on a surface tension region to define quantum growth gravity for turnover selection

Yi Yu Lai

Research Square · 2023

View Citing Source Indexed via Openalex, Opencitations

Grow Newtonian rigid inertia into parameter repetitiveness memory equivalent bio-inertia by degenerating eigenstates on a surface tension region to define quantum growth gravity for turnover selection immunity

Yi Yu Lai

Research Square · 2023

View Citing Source Indexed via Openalex, Opencitations

Grow Newtonian rigid inertia into parameter repetitiveness memory equivalent bio-inertia by degenerating eigenstates on a surface tension region to define quantum growth gravity for turnover selection immunity

Yi Yu Lai

Research Square · 2023

View Citing Source Indexed via Openalex, Opencitations

Grow Newtonian rigid inertia into parameter repetitiveness memory equivalent bio-inertia by degenerating eigenstates on a surface tension region to define quantum growth gravity for turnover selection inheritance

Yi Yu Lai

Research Square · 2023

View Citing Source Indexed via Openalex, Opencitations

Grow Newtonian rigid inertia into parameter repetitiveness memory equivalent bio-inertia to define G shifting quantum growth gravity for issuing the Principle of Entropy Degeneration

Yi Yu Lai

Research Square · 2023

View Citing Source Indexed via Openalex, Opencitations

Grow Newtonian rigid inertia into parameter repetitiveness memory equivalent bio-inertia to issue the Principle of Entropy Degeneration

Yi Yu Lai

Research Square · 2023

View Citing Source Indexed via Openalex, Opencitations

Non-Simultaneous (Environment Participated) Quadrupole Time for the Law of Entropy Degeneration

Yi Yu Lai

International Journal of Science and Research (IJSR) · 2023

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Bio quantum path duality metamorphosizes Newtonian rigid inertia into topological bio-inertia

Yi Yu Lai

Research Square · 2022

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Gravitational folding of surface tension regions originates bio quantum path duality that quantizes Newtonian parameter value-driving inertia into parameter repetitiveness memory equivalent bio-inertia

Yi Yu Lai

Research Square · 2022

View Citing Source Indexed via Openalex, Opencitations

Gravitational folding of surface tension regions originates bio quantum path duality that quantizes Newtonian parameter value-driving inertia into parameter repetitiveness memory equivalent bio-inertia

Yi Yu Lai

Research Square · 2022

View Citing Source Indexed via Openalex, Opencitations
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