Bilu Huang's
Expedition
Bilu Huang's Expedition
Bilu Huang is at the forefront of finding solutions to the most significant challenges facing humanity. He interdisciplinarily researches biological aging, dinosaur extinction theory, geoengineering for carbon removal, and controlled nuclear fusion technology, aiming to benefit all.
Through rigorous logical reasoning, Huang proposed the Telomere DNA and ribosomal DNA co-regulation model for cell senescence, which passed two years of experimental verification and proved that this hypothesis is correct.
Huang's research suggests that the fundamental reasons for the selective expression of cell differentiation genes may include: 1) altering the DNA sequences in gene regulatory regions; 2) DNA methylation modifications; 3) initially changing the DNA sequences in gene regulatory regions and then regulating DNA methylation patterns based on these changes.
Throughout the history of life on Earth, there have been five major mass extinctions Following each extinction event, a significant species radiation has occurred. Bilu Huang's research has discovered that each mass extinction and subsequent radiation is related to substantial changes in atmospheric carbon dioxide concentrations.
The Industrial Civilization has released a large amount of carbon dioxide, which has led to rising temperatures, melting glaciers, and rising sea levels. Therefore, how to eliminat carbon dioxide has become urgent. Huang has proposed a low-cost, once-and-for-all method to prevent alaciers from melting and to siqnificantly reduce carbon dioxide.
The ultimate energy source for humanity is controlled nuclear fusion. However, it is extremely challenging to confine ultra-high-temperature plasma for extended periods. To address this issue, Bilu Huang has proposed a low-cost method for long-term plasma confinement.
May 20, 2025
Causality of Aging Hallmarks Published in Aging Dis
5.20
Causality of Aging Hallmarks
Aging and Disease
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