#aging-research

#aging-research

Peter Diamandis envisions a future where death may become optional, arguing that advancements in technology and understanding of biological systems could allow for extended life. He noted that it's a challenge, likening the human body to a complex machine with forty trillion cells, each executing billions of reactions. He expressed optimism about the role of AI and robotics in unraveling these mysteries, stating, 'We are linear thinkers in an exponential world,' emphasizing the potential acceleration of research through technological innovations.

Calculating biological age is core to the advancements in the science of aging, providing insight into the pace of an individual's aging process and potential health risks.

Rich is particularly drawn to Sinclair's approach, as it's unique and challenging conventional thought in medicine on how to address aging-related diseases comprehensively.