The science of aging is undergoing a transformation, challenging the long-held belief that aging is an unavoidable process. It is now seen as a biological process influenced by factors like oxidative stress, telomere shortening, and accumulation of senescent cells. This understanding has spawned advancements in biotechnology focused on reversing aging, including senolytics, longevity-associated gene therapy, and regenerative medicine. Along with these biological developments, the combination of technology and biology is progressing, with initiatives like Elon Musk's Neuralink integrating humans and AI, speeding up the creation of lifespan-extending drugs, and using nanotechnology to repair cellular damage. Also, scientists are decoding our complex genome with the potential to manipulate lifespan through genome editing, epigenetics, and telomere extension. However, striving for extended life or immortality raises ethical issues around inequality, overpopulation, and the purpose of life, thus requiring a prudent approach.
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