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

Measuring the "Weight" of Human in vivo Bio-Inertia by Legendary Galileo Falling Body Experiments on a Commercial 10m Diving Platform and Gravitationally Inversion of Newton's Three Laws of Motion into the Basic Laws of Evolution

Yi Yu Lai

15 Open Citations
Export Citations

Last updated: 2026-10-04 08:55:54

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

View Citing Source Indexed via Openalex

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

Grow Newtonian inertia into parameter repetitiveness memory equivalent bio-inertia over the “super-simultaneousness” of quantum mechanics for lifespan

Yi Yu Lai

Research Square · 2022

View Citing Source Indexed via Openalex, Opencitations
Top

Confirm Your Share

Enter your details so IJSR can confirm this sharing activity.

Your details are used to validate this share and protect the award process from duplicate or false activity.