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David Sinclair lays out a personal narrative of why aging is a solvable problem, beginning with a pivotal memory of his Hungarian grandmother and a childhood realization that aging and death aren’t inevitable. He explains his long-term view that aging is a central, modifiable biological process, not a natural fate, and he describes a research program aiming to reset the body's age by reinstating a youthful epigenetic state. The conversation then moves into practical demonstrations from his lab, including work on reversing age in cells, extending lifespan in animals, and the first human trial aimed at restoring function in the eye. Sinclair emphasizes safety and cautious steps in translating animal and primate work to humans, noting that age reversal could first appear as treatments for age-related diseases rather than a blanket rejuvenation, with the eye model serving as a safer starting point. The discussion expands to how aging is driven by epigenetic information and how the body maintains identity through gene expression; aging is framed as an identity crisis in aging cells caused by erasure of epigenetic marks and mislocalization of the proteins that control which genes are active. He argues that turning back this epigenetic clock could simultaneously address multiple diseases, including cancer, neurological disorders, and degenerative conditions, because aging underpins these illnesses. The podcast also tackles lifestyle choices, such as diet, fasting, exercise, sleep, and stress management, highlighting that behavior strongly modulates aging through cellular stress responses and metabolic pathways. They discuss the feasibility and timeline for broad access to such medicines, the regulatory and geopolitical landscape, and the societal implications of longer, healthier lives. The tone remains exploratory and forward-looking, with Sinclair acknowledging remaining uncertainties, the need for rigorous trials, and the ethical and economic questions that will accompany a future in which aging can be slowed, paused, or reversed.

David Sinclair asserts that there is no biological limit to human lifespan, emphasizing that aging is primarily a "software problem" that can be addressed through biological reprogramming. He highlights that lifestyle choices account for 93% of longevity, with genetics only contributing 7%. Sinclair advocates for preventative health measures, noting that many diseases, including heart disease and cancer, are largely avoidable with advanced technology and lifestyle changes. He discusses the potential of new treatments, such as a vaccine against the PCSK9 enzyme to lower cholesterol affordably. Sinclair emphasizes the importance of a longevity mindset, which includes having goals and maintaining social connections. He shares personal anecdotes about his father's transformation after adopting a longevity-focused lifestyle. The conversation touches on the rapid advancements in aging research, with Sinclair noting that the field is attracting younger scientists passionate about longevity. He believes that within ten years, age-reversal treatments will be accessible to the public. Sinclair concludes by arguing that extending healthy life is a moral obligation, allowing individuals to choose their lifespan while contributing positively to society.

David Sinclair discusses the importance of longevity and how staying young can help one outlive adversaries. He emphasizes the need for scientific communication to combat misinformation about health and aging. Sinclair's upcoming book explores humanity's evolution and the negative impact of technology on our health, suggesting that modern lifestyles have made us weaker. He advocates for using our unique human traits to improve our lives and suggests that while we may not achieve immortality, adopting healthy habits can extend life by an average of 14 years. Sinclair highlights the role of fasting and caloric restriction in activating longevity genes, and he shares his personal dietary practices, which include eating less frequently and focusing on vegetables. He notes that emotional well-being and social connections, such as having pets, contribute to longevity. Sinclair believes that mental health will be a significant challenge in the future, exacerbated by modern stressors. He also discusses advancements in technology that could revolutionize health monitoring and aging research, emphasizing the potential for reversing age-related decline. Sinclair's research aims to provide insights into extending healthy lifespans, and he encourages people to take control of their health through lifestyle choices and emerging scientific discoveries.

Megyn Kelly opens the show discussing the upcoming Senate vote on the Protection of Women and Girls in Sports Act, emphasizing that 79% of Americans oppose biological males competing in women's sports. She announces that the bill is expected to hit the floor soon, with all GOP senators likely to support it. Kelly urges Democrats to allow the vote, warning that those who oppose it will face backlash from their constituents. The show features Dr. Aseem Malhotra, a cardiologist and advisor to Robert F. Kennedy Jr., who discusses the influence of Big Pharma on public health agencies like the FDA, which receives 65% of its funding from pharmaceutical companies. Malhotra criticizes the revolving door between public health and the pharmaceutical industry, arguing it undermines trust in medical institutions. He highlights the dangers of overmedication, noting that prescribed medications are a leading cause of death globally. Malhotra also addresses concerns about the COVID-19 vaccine, citing studies suggesting that serious adverse effects may be more common than reported. He shares personal experiences of developing autoimmune conditions after vaccination and calls for a moratorium on the COVID vaccine. He emphasizes the importance of optimizing health through diet and lifestyle changes rather than relying solely on medications. The conversation shifts to Brian Johnson, founder of the "Don't Die" movement, who discusses his extreme anti-aging regimen, which includes a strict diet, numerous supplements, and innovative therapies like gene therapy. Johnson believes that advancements in science may allow future generations to live significantly longer, even potentially eliminating death. He shares his daily routine, which includes rigorous health monitoring and various therapies aimed at reversing biological aging. Johnson's approach has garnered both admiration and criticism, but he maintains that his goal is to share knowledge and help others improve their health. He emphasizes the importance of sleep and stress management in overall well-being, advocating for a balanced lifestyle that prioritizes health without overwhelming individuals. The episode concludes with a discussion on the significance of relationships and social connections for longevity, as well as the need for systemic changes in public health policy to address the broader determinants of health. Both guests advocate for a more holistic approach to health that considers environmental, social, and economic factors.

In this episode of the Huberman Lab podcast, Dr. Andrew Huberman interviews Dr. David Sinclair, a professor of genetics at Harvard Medical School, focusing on the biology of aging and interventions to slow or reverse aging. Sinclair views aging as a disease rather than a natural process, emphasizing that it can be addressed through various interventions, including behavioral changes, nutrition, and supplementation. Sinclair discusses the concept of "longevity" versus "anti-aging," explaining that while longevity refers to extending life, anti-aging has been misused in popular culture. He highlights the importance of understanding aging as a disease that contributes to many other health issues, such as heart disease and Alzheimer's. Sinclair's research identifies several "hallmarks" of aging, with a significant focus on the epigenome, which controls gene expression and influences cellular aging. The conversation delves into practical tools for combating aging, including dietary practices like intermittent fasting, which Sinclair advocates for its benefits in regulating insulin and glucose levels. He explains that elevated blood sugar and insulin can accelerate aging, while fasting can activate longevity genes, particularly sirtuins, which play a crucial role in cellular health. Sinclair shares his personal regimen, which includes skipping breakfast, taking supplements like NMN (Nicotinamide Mononucleotide) and resveratrol, and practicing intermittent fasting. He emphasizes the importance of measuring biological age through blood tests and other metrics to track health and optimize longevity strategies. The discussion also touches on the role of exercise, the impact of obesity on NAD levels, and the potential benefits of cold exposure. Sinclair mentions the significance of keeping inflammation low, particularly in the hypothalamus, which regulates aging and reproductive health. Sinclair's upcoming projects include a new podcast focused on aging and a biological age test that aims to democratize access to health metrics. He expresses optimism about the future of public education in science, highlighting the need for trusted sources of information in a world filled with misinformation. Overall, the episode provides insights into the mechanisms of aging, practical strategies for improving health, and the importance of scientific communication in promoting longevity.

David Sinclair discusses his recent experiences with extreme workouts, including Laird Hamilton's sauna and ice bath regimen, emphasizing the mental and physical benefits of pushing one's limits. He explains the concept of hormesis, where mild stressors, such as temperature variations, can activate longevity genes and improve health. Sinclair highlights the importance of consuming stressed foods, which contain beneficial compounds that signal the body to prepare for adversity, thus promoting longevity. He elaborates on the role of sirtuins, enzymes that regulate cellular health, and their relationship with NAD, a molecule crucial for energy production and cellular repair. Sinclair notes that lifestyle choices, such as exercise, diet, and fasting, significantly influence aging, with approximately 80% of health outcomes attributed to lifestyle rather than genetics. He advocates for a predominantly plant-based diet, cautioning against excessive protein intake, which can inhibit the body's protective mechanisms. Sinclair shares insights on the Horvath clock, a biological measure of aging, and discusses the potential for reversing aging through innovative research, including gene therapy. He expresses optimism about the future of longevity science, envisioning a world where people can live healthier, longer lives, and where aging is treated as a manageable condition rather than an inevitable decline. He also addresses the ethical implications of extending lifespan, suggesting that healthier individuals tend to have fewer children, which could alleviate concerns about overpopulation. Sinclair emphasizes the need for a cultural shift towards valuing the wisdom of the elderly and integrating them into society, rather than marginalizing them. In terms of personal health practices, Sinclair shares his regimen, which includes intermittent fasting, regular exercise, and specific supplements like NMN and resveratrol, which he believes support longevity. He concludes by highlighting the importance of ongoing research and the potential for breakthroughs that could redefine aging and health in the future.

David Sinclair discusses the potential for reversing aging, emphasizing that aging is a loss of information rather than mere physical damage. He believes there is no upper limit to human lifespan, citing examples from other species that live significantly longer. Sinclair's research focuses on epigenetics, revealing that every cell contains a backup copy of information that can be accessed to rejuvenate tissues. He highlights recent breakthroughs in resetting biological age in mice and the promise of similar therapies for humans, particularly in reversing conditions like blindness. Sinclair predicts that within the next two years, human clinical trials for age reversal will begin. He stresses the importance of lifestyle choices in maintaining a youthful biological age and mentions ongoing research to develop affordable age-reversal therapies. Sinclair's work aims to make these advancements accessible to all, not just the wealthy, and he is optimistic about the future of longevity science.

Our bodies were never designed to live past age 30, as muscle mass and hormone levels begin to decline after that age. Muscle is crucial for longevity, and there's a direct correlation between skeletal muscle and lifespan. Key factors for extending health span include diet, sleep, exercise, and mindset, emphasizing discipline over motivation. The goal is to increase the average health span from 63 to 80 years. AI is expected to revolutionize health care by processing vast amounts of data to provide actionable insights. Peter Diamandis highlights the importance of basic health practices, such as diet and exercise, which cost nothing but have significant impacts. He discusses his latest book, "Longevity Guidebook," which covers essential topics like diet, sleep, exercise, and mindset. He emphasizes the need for routines to support these practices and shares his personal health regimen, including a high-protein diet and consistent exercise. Diamandis also discusses exciting advancements in biotechnology, such as stem cell therapies and blood filtration technologies that can enhance health and longevity. He mentions the Healthspan Prize, aimed at incentivizing breakthroughs in health span improvement, and the importance of early detection of diseases through comprehensive diagnostics. Ultimately, he believes that maintaining a positive mindset and having a sense of purpose are crucial for longevity. The conversation underscores the need for a return to basic health principles while embracing innovative technologies to enhance life quality and longevity.

In the discussion, Dr. Andrew Steele explores the complexities of aging and the potential for its cure, emphasizing the ongoing computational revolution in biology. He defines aging both statistically, as the increasing risk of death over time, and biologically, through the hallmarks of aging, which are cellular and molecular changes that accumulate with age. Steele argues that there is a cultural blind spot regarding the idea of curing aging, suggesting that it should be normalized as a target for medicine. He posits that addressing aging may be more effective than tackling individual diseases like cancer and heart disease, as these diseases are often symptoms of the aging process itself. Steele highlights that many diseases associated with aging share common biological mechanisms, making aging a root cause worth targeting. The conversation touches on the evolutionary perspective of aging, suggesting that death and aging may serve adaptive purposes in evolution, allowing for genetic diversity and adaptation to changing environments. Steele discusses the role of calorie restriction in extending lifespan, noting that while it has been shown to work in various organisms, its effects on humans remain uncertain. Steele highlights the importance of research into aging, advocating for public support to drive scientific advancements. He discusses the potential of therapies targeting senescent cells, which could improve health and longevity. The conversation also addresses the philosophical implications of extending life, questioning the meaning of existence and the moral duty to pursue longevity. Finally, Steele expresses optimism about the future of aging research, suggesting that breakthroughs could arrive in time for current generations, potentially leading to healthier, longer lives. He encourages listeners to engage with the topic and support research efforts, emphasizing that every year lived increases the chance of benefiting from future medical advancements.

Joe Rogan welcomes David Sinclair, author of "Lifespan," to discuss aging and potential ways to combat it. Sinclair shares insights on metformin, DHEA, and human growth hormone, referencing a recent study suggesting these could biologically reduce age by two years. He explains that biological age is measured using the Horvath clock, which assesses chemical modifications in DNA rather than traditional metrics like telomere length. Sinclair emphasizes the potential for reversing aging, not just slowing it down, and discusses the implications of the Horvath clock in understanding aging. He mentions antioxidants, particularly resveratrol, which he still takes, and explains its role in stimulating the body’s defenses against aging rather than acting solely as an antioxidant. The conversation shifts to the effects of metformin on physical performance, with Sinclair suggesting a pulsing approach—taking it on non-exercise days—to mitigate any performance hits. They discuss the need for more research on combinations of anti-aging treatments, including NMN and rapamycin. Sinclair describes his recent trip to Africa, where he observed wildlife and reflected on human origins. He shares experiences of seeing the natural world and discusses the importance of supporting indigenous communities, like the Batwa tribe, who face challenges due to conservation efforts. The discussion returns to aging, with Sinclair highlighting the role of senolytics—drugs that target and eliminate senescent cells—as a promising avenue for rejuvenation. He explains that these cells contribute to aging by causing inflammation and other issues. Sinclair also discusses CRISPR technology, which allows for precise genetic modifications, and its potential applications in reversing aging and treating diseases. He expresses optimism about the future of medicine, including the possibility of rejuvenating vision and repairing spinal injuries. Throughout the conversation, Sinclair emphasizes the importance of lifestyle choices, such as diet, exercise, and stress management, in promoting longevity. He encourages listeners to consider the implications of emerging research and technologies on their health and lifespan, suggesting that we may be on the brink of significant breakthroughs in understanding and combating aging.

In this conversation, Peter Diamandis and Steven Kotler discuss the concepts of lifespan versus health span, emphasizing the importance of maintaining vitality and well-being as we age. Diamandis defines lifespan as merely the number of years lived, while health span refers to the years lived in good health, highlighting that many people experience a decline in health long before they die. He notes that centenarians often enjoy a long health span, while many Americans face years of deterioration. They explore the idea of aging as a disease, suggesting that it correlates with other diseases and can be addressed through lifestyle changes and advancements in science. Both emphasize the role of mindset in aging, with a growth mindset allowing individuals to learn from mistakes and adapt, while a fixed mindset can hinder personal development. Kotler shares his personal experience of learning park skiing at 53, challenging the notion that physical skills decline with age. The discussion also touches on the significance of muscle mass and strength for longevity, with Diamandis stating that thigh muscle mass is inversely proportional to mortality. They highlight the importance of maintaining physical activity, balance, and cognitive function as we age, and the need for a proactive approach to health, including regular check-ups and preventative measures. They advocate for a positive mindset towards aging, which can add years to one's health span, and emphasize the importance of pursuing passions and purpose in life. Both speakers encourage listeners to engage in dynamic, deliberate play to enhance physical and cognitive abilities, and to surround themselves with supportive communities that foster growth and excitement about the future. Finally, they discuss advancements in regenerative medicine and the potential for breakthroughs in extending health span, including the use of exosomes and stem cells. They conclude that a proactive, informed approach to health, combined with a positive mindset, can significantly impact longevity and quality of life.

Dax Shepard hosts David Sinclair, an Australian biologist and professor of genetics known for his research on aging and longevity. Sinclair discusses his background, including his PhD from the University of New South Wales and his work at Harvard Medical School since 1999. He emphasizes the importance of longevity research, distinguishing it from anti-aging, which he associates with snake oil salesmen. Sinclair believes that understanding aging can lead to significant advancements in medicine, arguing that aging should not be accepted as a natural process but rather as a condition that can be treated. Sinclair explains that traditional medicine focuses on diseases rather than the aging process itself, which he sees as a missed opportunity. He discusses the role of the epigenome in aging, suggesting that it deteriorates over time, leading to inefficient gene expression. Sinclair's lab has made breakthroughs in reversing aging in mice, using a combination of embryonic genes to reset cellular age. He mentions the potential for this technology to be applied to humans, with hopes of clinical trials in the near future. The conversation touches on the societal implications of extended lifespans, including ethical dilemmas and the potential for increased suicide rates if people feel trapped in a long life. Sinclair acknowledges the need for discussions about the consequences of longevity research, including economic impacts and the potential for societal changes in perceptions of age and wisdom. Sinclair expresses optimism about the future of aging research, predicting breakthroughs within the next five years that could lead to significant advancements in health and longevity. He emphasizes the importance of public discourse on these topics, advocating for transparency and direct communication between scientists and the public.

The science is clear: what you eat determines how you will die. To improve brain function, one should take all possible measures simultaneously. Dave Asprey discusses beliefs about aging and longevity, emphasizing that having a purpose in life is crucial. If life feels meaningless, one should seek to understand their purpose. Asprey shares his personal health struggles, including pre-diabetes and cognitive dysfunction, which he faced before turning 30. He credits his recovery to learning from older individuals who managed their health effectively. He highlights a study where older adults, immersed in a 1950s environment, experienced measurable improvements in youthfulness, illustrating the mind's power over aging. Aging should be viewed positively, as older individuals can contribute wisdom and remain functional. Asprey recounts his family's history of aging, noting that many lived healthy lives until they passed away peacefully in their sleep. He contrasts this with common fears of aging, such as cognitive decline and loss of independence. Asprey shares his own experiences with cognitive dysfunction in his 20s, which he overcame through lifestyle changes. He emphasizes that many aging fears are unnecessary and can be reversed through proper health management. Asprey criticizes the medical field for being slow to adopt new research, urging individuals to take proactive steps towards health rather than waiting for more studies. He advocates for biohacking, which he defines as changing one's environment to control biology. He believes that people should experiment with various health strategies to find what works for them. He introduces the concept of fasting, explaining its benefits for health and longevity. Fasting can help regulate blood sugar, reduce the risk of diabetes, and promote cellular repair. Asprey notes that fasting is not just about food; it can also apply to abstaining from other things, such as social media or negative thoughts. He discusses the importance of understanding how fasting can affect women differently than men, emphasizing the need for women to approach fasting with caution to avoid hormonal imbalances. Asprey shares his personal journey of overcoming health challenges through functional medicine and biohacking, including addressing toxic mold exposure and heavy metal toxicity. He outlines seven pillars of aging, including mitochondrial health and cellular function, and explains how mold affects these processes. Asprey advocates for a systems-based approach to health, recognizing the interconnectedness of bodily functions. He encourages readers to prioritize energy as the key investment in their health journey. Asprey concludes by discussing the psychological aspects of fasting, including the importance of resilience and the ability to face discomfort. He believes that fasting can teach individuals about their strength and help them manage fear and anxiety. By embracing fasting and its benefits, people can cultivate a sense of equanimity and improve their overall well-being.

David Sinclair, a professor at Harvard and co-director of the Paul F. Glenn Center for the Biology of Aging, discusses his vision of extending human lifespan and health through scientific advancements. He believes aging can be treated as an engineering problem, aiming for a future where people live much longer, healthier lives. Sinclair reflects on the psychological implications of longevity, questioning how our search for meaning might change if death is delayed. He shares personal insights about feeling youthful despite aging, influenced by his grandmother's teachings on maintaining a childlike wonder about the world. Sinclair emphasizes the importance of curiosity and creativity in scientific inquiry. The conversation touches on the potential of artificial intelligence to recreate conversations with historical figures, exploring the emotional solace it could provide. Sinclair discusses the advancements in wearable technology and biological data collection, predicting a future where constant monitoring could prevent health crises and extend life. Sinclair highlights the role of InsideTracker, a company that analyzes blood data to provide personalized health recommendations based on extensive scientific research. He argues that understanding one's biological age and health metrics is crucial for longevity, advocating for a shift in how healthcare is approached. He explains the biological mechanisms of aging, identifying key factors like the loss of information in cells and the role of epigenetics. Sinclair believes that by understanding and manipulating these processes, we can significantly extend lifespan. The discussion also covers lifestyle factors, such as diet and exercise, emphasizing the benefits of intermittent fasting and the importance of maintaining a healthy weight. Sinclair advocates for a plant-based diet while acknowledging the complexities of individual dietary needs. Finally, he reflects on the philosophical aspects of mortality, suggesting that while the awareness of death can be distressing, it also enriches life. Sinclair concludes that embracing a youthful mindset and focusing on the wonders of existence can lead to a fulfilling life, regardless of lifespan.

In this episode of "Moonshots," Peter Diamandis interviews Dr. David Sinclair, a leading scientist in longevity and age reversal. They discuss the potential for age reversal technologies that could allow individuals to take a pill for a few weeks and effectively become younger. Sinclair explains that aging is primarily an issue of the epigenome, which can be reset without cloning. He shares insights from his research, including the ability to reverse aging in cells by reprogramming them, which has been demonstrated in mice and monkeys. Sinclair predicts that by 2035, age reversal therapies will be available for humans, with initial trials starting soon. He emphasizes the role of AI in accelerating research, allowing for rapid experimentation that would have taken decades in the past. Sinclair's lab is working on gene therapies that could potentially cure diseases like blindness and even reverse aging in tissues. The conversation touches on the costs of these therapies, with Sinclair aiming to reduce them significantly, potentially to just a few dollars per treatment. They also discuss the concept of "longevity escape velocity," where advancements in science could allow people to extend their lives indefinitely as they age. Sinclair highlights the importance of maintaining health through exercise, diet, and supplements, and shares his personal regimen, which includes various longevity-promoting substances. He stresses that the current medical system often focuses on treating symptoms rather than addressing the underlying causes of aging. The episode concludes with a discussion on the societal implications of increased longevity, including economic impacts and the need for a positive vision of the future. Sinclair believes that as we advance in age reversal technologies, we will need to rethink our approach to aging and health, ensuring that everyone has access to these innovations.

The science is clear: what you eat determines how you will die. To improve brain function, one should take all possible actions that are likely to work simultaneously. People are on a path toward dying, and while waiting for more research is an option, taking beneficial actions now is crucial. The discussion with Maria Shriver highlighted differing beliefs about longevity and the quality of life, emphasizing the importance of having a purpose to live for. If life feels meaningless, it’s essential to address that first. Dave Asprey shares his personal journey of overcoming numerous health issues before 30, including pre-diabetes and cognitive dysfunction, largely due to environmental factors like toxic molds and heavy metals. He learned from older individuals who maintained vitality and energy, challenging the conventional view of aging as a decline. A study showed that older adults placed in a 1950s environment felt younger, indicating that mindset significantly influences aging. Asprey emphasizes that aging should not equate to decrepitude; rather, it should involve maintaining functionality and wisdom. He recounts his struggles with cognitive decline in his 20s and how he reversed these issues through lifestyle changes, including reducing toxins and improving mitochondrial function. He argues that many fears surrounding aging stem from societal perceptions and that these can be addressed through proactive health measures. He criticizes the medical establishment for being slow to adopt new research and emphasizes the need for individuals to take charge of their health. Asprey discusses the importance of diet, specifically how food choices impact health outcomes, and the need for a shift in mindset regarding aging and health. The conversation touches on biohacking, which Asprey defines as changing one’s environment to gain control over biology. He believes that humans have always engaged in biohacking, from using fire to modern dietary practices. He stresses the importance of understanding that aging can be managed and even reversed through informed choices. Asprey shares insights on fasting, explaining its psychological and physiological benefits. He notes that fasting can help individuals confront their fears and improve resilience. He encourages readers to experiment with fasting and to understand that it can lead to greater energy and cognitive clarity. The discussion also highlights the significance of community and social connections in combating loneliness and fear. Asprey believes that fostering kindness and support within communities can enhance overall well-being. He emphasizes that fasting can help individuals realize their strength and resilience, ultimately leading to a more fulfilling life. In conclusion, Asprey advocates for a proactive approach to health, emphasizing the importance of diet, fasting, and community support in achieving longevity and vitality. He encourages individuals to take control of their health through informed choices and to embrace the potential for improvement in their lives.

Health is the new wealth, and taking care of one's health is crucial for long-term investment success. Peter Diamandis emphasizes that longevity and investment strategies, like those of Warren Buffett, are intertwined; being healthy allows for decades of compounding wealth. He critiques the traditional food pyramid and highlights the alarming rise in obesity rates, attributing it to excessive sugar consumption. Diamandis advocates for a "longevity mindset," focusing on daily habits such as diet, exercise, and sleep, which significantly impact health span. He discusses the importance of regular health check-ups and emerging technologies in longevity, including AI's role in understanding health at a cellular level. He also stresses the significance of mindset, social circles, and daily routines in maintaining health. Diamandis believes that investing in health is as vital as financial investments, with the potential for groundbreaking advancements in longevity science on the horizon. He encourages readers to prioritize health to enjoy life fully and maximize their potential.

In this episode of the Broken Brain Podcast, host Dhru Purohit interviews Dave Asprey, a pioneer in the biohacking movement and author of *Super Human: The Bulletproof Plan to Age Backwards and Maybe Even Live Forever*. Asprey discusses his ambitious goal to live to 180, emphasizing that advancements in anti-aging research could make this possible. He highlights the importance of mindset in redefining aging, arguing that aging should not be associated with decline but rather with wisdom and vitality. Asprey outlines the "seven pillars of aging," which include mitochondrial dysfunction, cellular straitjackets, and the accumulation of extracellular junk. He explains how factors like toxic mold exposure and heavy metals can accelerate aging and affect overall health. Asprey shares his personal journey of overcoming health challenges, including cognitive dysfunction and obesity, by addressing these underlying issues. The conversation also touches on the significance of food choices, with Asprey advocating for a diet that avoids harmful substances like fried foods, which can lead to inflammation and other health issues. He emphasizes the need for individuals to experiment with their health strategies and prioritize what works best for them, focusing on energy as the primary investment in their health. Asprey introduces various technologies and practices that can enhance longevity, such as light therapy and intermittent fasting. He encourages listeners to adopt a proactive approach to health, leveraging the latest scientific insights and personal experimentation to optimize their well-being. Ultimately, Asprey's message is one of empowerment, urging individuals to reject limiting beliefs about aging and to strive for a vibrant, energetic life. He invites listeners to embrace the possibility of living better and longer, sharing practical tools and insights from his book to help them on their journey.

Joe Rogan and Aubrey de Grey discuss aging and the potential for reversing it. De Grey, who has not visibly aged in five years, emphasizes that while our understanding of aging has remained stable for two decades, the focus should now be on solving the problem. He likens aging to wear and tear on a machine, where the body accumulates damage over time, leading to decline after reproduction. De Grey explains that biological aging is a complex issue requiring a multifaceted approach to repair various types of damage. He notes that while younger individuals recover better from injuries, the decline accelerates after age 40 or 50. De Grey admits to not being the best example of healthy living, as he consumes alcohol regularly and does not prioritize sleep, yet he maintains a youthful biological age. The conversation shifts to advancements in anti-aging research, including stem cell therapies and senolytics, which target harmful cells in the body. De Grey highlights the importance of funding for ambitious research, as traditional grant systems often favor safer, less innovative projects. He expresses optimism about the future of rejuvenation medicine, predicting significant breakthroughs in the next 17 years. Rogan and De Grey discuss societal perceptions of aging, with De Grey noting that many view aging as a natural process rather than a medical problem. He argues that this mindset hinders progress in anti-aging research. De Grey believes that as scientific advancements become more public, there will be a shift in societal expectations regarding longevity and health. They also touch on the implications of artificial intelligence and the need for caution in its development. De Grey remains optimistic about AI's potential benefits while acknowledging the importance of addressing risks associated with its misuse. In conclusion, De Grey encourages a proactive approach to aging and health, emphasizing the need for societal readiness for the changes that advancements in anti-aging research will bring. He invites listeners to learn more about his work at the SENS Research Foundation.