Discovering Academia

Brent Valentine & Keller Kramer

We are two college students, who travel the world recording podcasts with academics about their research, passions, and current events. We hope our casual conversations covering a range of topics can help promote curiosity and make academia more accessible. We have recorded episodes in America, United Kingdom, Netherlands, France, Switzerland, Indonesia, Singapore & China, with plans to travel to more countries soon. See our www.discoveringacademia.com for more information and educational resources.

  1. 11/25/2025

    #086 - Richard Miller: There Is No "Mechanism" of Aging

    Professor Richard Miller of the University of Michigan, a leading expert in the biology of aging, joins us to redefine what aging is and how we can slow it down. Discover the groundbreaking work of the Interventions Testing Program (ITP), which has identified over a dozen compounds—including the drug Rapamycin—capable of extending the healthy lifespan of mice by up to 30%. Miller reveals why this level of lifespan extension is considered ten times more effective than finding a complete cure for all adult cancers. We dive into his revolutionary concept of "Aging Rate Indicators" (the biological "speedometer") and how this new metric is essential for filtering promising anti-aging drugs in mere months, bypassing the need for decades-long clinical trials. Learn why the search for a single "mechanism of aging" is a flawed approach and why widely popular concepts like cellular senescence and telomeres are considered scientific "zombie ideas". If you're interested in the future of longevity and the science behind the most effective anti-aging drugs, this episode provides an unfiltered look at the cutting edge of biogerontology.   For more information, please see our website: https://www.discoveringacademia.com/episodes/richard-miller This presentation is a service of Discovering Academia, and all information presented is for commercial and informational purposes only.  Discovering Academia provides no assurances as to the accuracy or completeness of the information presented and possesses no actual knowledge of any topic presented. Any opinions expressed in this presentation are solely attributed to each individual asserting the same and do not reflect the opinion of Discovering Academia.

    1h 15m
  2. 11/06/2025

    #085 - Steven Austad: Riding Lions and Unlocking the Secrets of Aging

    Steven Austad is a Distinguished Professor and the Protective Life Endowed Chair in Healthy Aging Research at the University of Alabama at Birmingham, as well as the Scientific Director of the American Federation for Aging Research. A former Hollywood lion trainer turned leading biologist, Austad explores the evolutionary and biological mechanisms that control how fast we age. In this episode, we dive into the science of longevity — from why island opossums age slower to what birds can teach us about extending human healthspan. We also discuss why women consistently live longer than men, despite facing more health challenges in old age, and the flaws in how aging research is conducted in sterile lab environments. Finally, Austad shares insights behind his famous $100 million bet that someone alive today will live to 150. Topics: longevity science, women’s lifespan, comparative biology, aging research, healthspan extension, evolutionary biology For more information about this episode, see our website: https://www.discoveringacademia.com/episodes/steven-austad This presentation is a service of Discovering Academia, and all information presented is for commercial and informational purposes only.  Discovering Academia provides no assurances as to the accuracy or completeness of the information presented and possesses no actual knowledge of any topic presented. Any opinions expressed in this presentation are solely attributed to each individual asserting the same and do not reflect the opinion of Discovering Academia.

    1h 9m
  3. 05/15/2025

    #081 - Manvir Singh: Shamanism, Psychedelics, and Our Shared Humanity

    Why do humans everywhere tell stories, make music, and believe in the unseen? Professor Manvir Singh, an Assistant Professor of Anthropology at UC Davis, dedicates his research to understanding why human societies around the world develop such recurring traditions – from shamanism and religion to music and legal systems. In this episode, join us on a journey through the heart of human culture as Professor Singh shares insights from his immersive fieldwork with the Mentawai people of Indonesia. We dive deep into his investigations into shamanism, exploring how these ancient practices help people create order out of chaos, and uncover the complex and significant role altered states of consciousness and psychedelics have played in human societies for millennia. Tune in to explore what makes these traditions stick and how these powerful experiences have profoundly shaped what it means to be human!   For more information, see our website: https://www.discoveringacademia.com/episodes/manvir-singh   This presentation is a service of Discovering Academia, and all information presented is for commercial and informational purposes only.  Discovering Academia provides no assurances as to the accuracy or completeness of the information presented and possesses no actual knowledge of any topic presented. Any opinions expressed in this presentation are solely attributed to each individual asserting the same and do not reflect the opinion of Discovering Academia.

    1h 19m

Ratings & Reviews

5
out of 5
15 Ratings

About

We are two college students, who travel the world recording podcasts with academics about their research, passions, and current events. We hope our casual conversations covering a range of topics can help promote curiosity and make academia more accessible. We have recorded episodes in America, United Kingdom, Netherlands, France, Switzerland, Indonesia, Singapore & China, with plans to travel to more countries soon. See our www.discoveringacademia.com for more information and educational resources.