Bilu Huang's
Expedition
Bilu Huang is a cross-disciplinary scientist tackling some of humanity’s biggest questions: Why do we age? What killed the dinosaurs? Can we cool the planet? Will we run out of energy?
He proposed a new aging theory Telomere DNA and Ribosomal DNA Co-regulation Model for Cell Senescence (TRCS). He also explores geoengineering to remove carbon and nuclear fusion for limitless clean power, aiming to benefit all.
Through rigorous logical reasoning, Bilu Huang proposed the Telomere DNA and ribosomal DNA co-regulation model for cell senescence in 2021.
TRCS model is preliminarily experimentally validated → 45s rDNA partially KO leads to significant increase in P53, P16, P21 and sa-β-gal and significant decrease in cell passages in human and mice primary cells (2024, preprint).
Bilu Huang's research suggests that the fundamental reasons for the selective expression of cell differentiation genes may include altering DNA sequences in gene regulatory regions and DNA methylation modifications.
Bilu Huang's research has discovered that each mass extinction and subsequent radiation is related to substantial changes in atmospheric carbon dioxide concentrations throughout Earth's history.
Bilu Huang has also identified the most promising geoengineering solution for controlling global warming from the mechanism of dinosaur extinction—one capable of effectively handling the more than 40 billion tons of CO₂ emitted each year—and, so far, no more effective countermeasure has been found.
To address the challenge of confining ultra-high-temperature plasma, Bilu Huang has proposed a low-cost method for long-term plasma confinement as the ultimate energy source for humanity.
Bilu Huang continues to explore, think and innovate across multiple scientific disciplines.
Exclusive interview with Bilu Huang on his vision for tackling some of humanity's most challenging issues.
Watch NowBilu Huang's team shared the TRCS model of telomere and rDNA co-regulation of cell senescence in Tokyo, Japan.
Read MoreBilu Huang's research on the causality of aging hallmarks has been published in the journal Aging and Disease.
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