Blood transfusions, cryotherapy, experimental drugs and intermittent fasting are just a few of the measures so-called biohackers are taking in hopes of radically extending their lifespans. But what started as a faddish subculture has boomed into a multi-billion dollar industry – encompassing both shady claims and reputable scientific research. In this episode, we unpack the science and the hype behind some of the most prominent biohacking tools being used today, including caloric restriction, Rapamycin, and Metformin with Dr. Venki Ramakrishnan, the Nobel Prize-winning biochemist. We also speak with Dr. Daniel Belsky, the inventor of a blood test that can reveal how fast your body is aging, which could expedite testing on potentially life-extending treatment.
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35:38
The Billion Dollar Bet: Will Humans Live to 150?
In 2000, two scientists — Steve Austed, a biologist and Jay Olshanksy, a biostatistician — made a bet. Would a person live to the age of 150 by the year 2150? Austad bet yes and Olshansky bet no. The wager? $150, which will grow to more than one billion by the time it’s settled. In this episode, we revisit this twenty-five year old bet to find both men sticking to their guns. We also speak to Nobel Prize winner, Venki Ramakrishnan, about new insights into what causes us to age. The episode explores the latest science around aging to expose two competing ways of understanding the human lifespan. Are we locked into a hard age limit established by centuries of data? Or could a scientific breakthrough push us far beyond it so that many of us will live decades longer?
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34:54
Introducing: The Future of Aging
Human beings are living longer than ever. Thanks to advances like vaccines, antibiotics, pasteurized milk and clean water, we’ve added more than 30 years to the average lifespan over the last 120 years. That’s more than was added in the previous 10,000 years combined. More recently, enormous progress has been made in our treatment of deadly conditions like heart disease and cancer, with mortality rates for each dropping by double digits. Now science is tackling a new challenge: Can we cure aging itself? In pursuit of this holy grail, longevity research has gone from a sleepy backwater to a multi billion dollar field, populated — yes — by plenty of hucksters, but also by Nobel laureates. The goal is to find out what causes us to age and what we can do to slow it down, or maybe even reverse it altogether. Could tweaking the right molecule buy us 20 more years, or are we maxed out? Can older brains be re-wired to function like younger brains? Do any so-called biohacks actually work?
These are some of the questions we are tackling in this season of The World as You’ll Know It: The Future of Aging. With leading scientists in the fields of biology, neuroscience and medicine, we’ll look at the cutting-edge of aging research and what living longer could mean for all of us.
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2:50
Can We Pull Carbon Out of the Air?
The Paris Climate Agreement says we need to reach “net zero” carbon emissions by 2050. That means for every new carbon molecule we put in the air, we have to take one out. Even the most optimistic forecasts still anticipate burning fossil fuels well past that date. So how do we balance the carbon books? Enter direct air capture, or DAC — a mechanical process that sucks carbon out of the atmosphere — which many believe will be crucial to controlling climate change. Right now the technology is extremely expensive, energy intensive, and has never been deployed at the scale necessary to make a difference. Host Arielle Duhaime-Ross speaks with the Dr. Klaus Lackner, known as the “godfather of carbon removal”; Dr. Susan Hovorka, a professor of geology who has been burying carbon underground for decades; and Dr. Emily Grubert, associate professor of sustainable energy policy at Notre Dame.
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25:37
Has the Moment for Hydrogen Finally Arrived?
Hydrogen has long been the great hope of the environmental movement. Hydrogen-powered cars; airplanes; even home heating. A single molecule could power it all. Much of that has gone nowhere. But now, hydrogen is being touted as the answer to carbon-free steel. Can we trust in our hydrogen future this time? To explore that question, host Arielle Duhaime-Ross talks to Rachael Fahkry, policy director at the Natural Resources Defense Council, and Jason Mortimer, from the company Electric Hydrogen.
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Acerca de The World as You’ll Know It: The Future Of Aging
Human beings are living longer than ever. Thanks to advances like vaccines, antibiotics, pasteurized milk and clean water, we’ve added more than 30 years to the average lifespan over the last 120 years. That’s more than was added in the previous 10,000 years combined. More recently, enormous progress has been made in our treatment of deadly conditions like heart disease and cancer, with mortality rates for each dropping by double digits. Now science is tackling a new challenge: Can we cure aging itself? In pursuit of this holy grail, longevity research has gone from a sleepy backwater to a multi billion dollar field, populated — yes — by plenty of hucksters, but also by Nobel laureates. The goal is to find out what causes us to age and what we can do to slow it down, or maybe even reverse it altogether. Could tweaking the right molecule buy us 20 more years, or are we maxed out? Can older brains be re-wired to function like younger brains? Do any so-called biohacks actually work?
These are some of the questions we are tackling in this season of The World as You’ll Know It: The Future of Aging. With leading scientists in the fields of biology, neuroscience and medicine, we’ll look at the cutting-edge of aging research and what living longer could mean for all of us.
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