AI Just Compressed 160 Years of Aging Research — Here's What They Found | Dr. David Sinclair | Impact Theory w. Tom Bilyeu & David Sinclair
Tom Bilyeu's Impact Theory
Impact Theory
4.7 • 5.2K Ratings
🗓️ 16 April 2026
⏱️ 62 minutes
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| 0:00.0 | You are at the intersection of my absolute fascination with health, which is where it's intersecting right now with AI. |
| 0:06.0 | I've heard you say that AI is making things possible in human longevity that previously weren't. |
| 0:11.0 | So what specifically has AI put on the table that wasn't possible before? |
| 0:16.0 | Well, so the big thing is the speed that we can do things. |
| 0:20.0 | We currently have technology that can reverse aging in animals and we'll find Well, so the big thing is the speed that we can do things. |
| 0:21.1 | We currently have technology that can reverse aging in animals, and we'll find out this |
| 0:25.5 | year if it works in people. |
| 0:27.4 | But it's an expensive technology. |
| 0:29.4 | It uses genes, and we have to introduce genes into the body, or the eye in this case. |
| 0:35.3 | That's potentially hundreds of thousands of dollars to do that. So what we wanted to do |
| 0:38.5 | in my lab was democratize this technology. So how do you do that? Well, AI is helping. We've now |
| 0:44.8 | screened probably about 8 billion virtual chemicals for one that will reverse aging. So then instead |
| 0:51.8 | of introducing genes, which is expensive, we could take a pill |
| 0:54.3 | or rub it on our hair or our skin. And I asked one of the AI sites, how long do you think this |
| 1:02.0 | would have taken in a normal world pre-AI? And it estimated it would have taken about 160 years |
| 1:10.2 | for my team to have finished that experiment. and the cost would have been in the many billions of dollars. |
| 1:15.7 | Why is that? Is AI just, is it crunching numbers, pattern recognition? What is it that makes AI able to shorten the timeline? |
| 1:24.9 | Yeah, well, a big one was we need to thank Demis Hasabas for his and his team, of course, |
| 1:30.3 | for elucidating the structure of all of the proteins in the body. |
| 1:34.3 | We didn't have that until, what was it, about four or five years ago. |
| 1:39.3 | And now that we have those structures of those proteins, we can virtually dock billions of molecules into each of one |
| 1:46.9 | of those proteins and find ones that modulate those proteins. Is this based on shape or mostly |
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