Brigham Buhler

And so if we know, like, let's say we have your epigenetics and we know that epigenetics are the gun and then your lifestyle choices and decisions are the bullets that you load the gun with and pull the trigger.

Now we can track not only your epigenetics, but also your active biomarkers, but also your behaviors, your exercise, how many hours of sleep you're getting, your deep sleep, your REM sleep, your heart rate variability. And we can begin to project out all cause mortality risk. And the beauty of that is we can now begin to drive down those risk factors. That's the future of medicine.

Now we can track not only your epigenetics, but also your active biomarkers, but also your behaviors, your exercise, how many hours of sleep you're getting, your deep sleep, your REM sleep, your heart rate variability. And we can begin to project out all cause mortality risk. And the beauty of that is we can now begin to drive down those risk factors. That's the future of medicine.

Now we can track not only your epigenetics, but also your active biomarkers, but also your behaviors, your exercise, how many hours of sleep you're getting, your deep sleep, your REM sleep, your heart rate variability. And we can begin to project out all cause mortality risk. And the beauty of that is we can now begin to drive down those risk factors. That's the future of medicine.

That's where this is headed.

That's where this is headed.

That's where this is headed.

I think in the next 24 months, like I think in the next 24 months, a lot of this will be executed in the next 24 months and it won't just be waged. Well, I think there'll be dozens, if not hundreds of companies and there's a billionaire's arms race into this sector. Now there's so many billionaires getting into the space and putting money into the space and trying to figure it out.

I think in the next 24 months, like I think in the next 24 months, a lot of this will be executed in the next 24 months and it won't just be waged. Well, I think there'll be dozens, if not hundreds of companies and there's a billionaire's arms race into this sector. Now there's so many billionaires getting into the space and putting money into the space and trying to figure it out.

I think in the next 24 months, like I think in the next 24 months, a lot of this will be executed in the next 24 months and it won't just be waged. Well, I think there'll be dozens, if not hundreds of companies and there's a billionaire's arms race into this sector. Now there's so many billionaires getting into the space and putting money into the space and trying to figure it out.

And there's that component. Then there's the large language models and AI's ability to, you know, uh, hack the genome down to different levels. And so like one of my friends and mentors, Dr. Ian White, he's brilliant, like you would love him, but he's actually a Brit too. Very good, I like him already. He's from Harvard and 22 years at the bench. His theory is we share a common ancestor

And there's that component. Then there's the large language models and AI's ability to, you know, uh, hack the genome down to different levels. And so like one of my friends and mentors, Dr. Ian White, he's brilliant, like you would love him, but he's actually a Brit too. Very good, I like him already. He's from Harvard and 22 years at the bench. His theory is we share a common ancestor

And there's that component. Then there's the large language models and AI's ability to, you know, uh, hack the genome down to different levels. And so like one of my friends and mentors, Dr. Ian White, he's brilliant, like you would love him, but he's actually a Brit too. Very good, I like him already. He's from Harvard and 22 years at the bench. His theory is we share a common ancestor

with the eternal jellyfish, which lives over 5,000 years. We share a common ancestor with the Galapagos tortoise, which lives over 200 years. We share a common ancestor with the Greenland shark, which has no cancer and lives over 600 years. All of those black boxes are within our genetics.

with the eternal jellyfish, which lives over 5,000 years. We share a common ancestor with the Galapagos tortoise, which lives over 200 years. We share a common ancestor with the Greenland shark, which has no cancer and lives over 600 years. All of those black boxes are within our genetics.

with the eternal jellyfish, which lives over 5,000 years. We share a common ancestor with the Galapagos tortoise, which lives over 200 years. We share a common ancestor with the Greenland shark, which has no cancer and lives over 600 years. All of those black boxes are within our genetics.

With AI and large language models and quantum computing, how quickly is a scientist going to crack that code? Somebody's going to do it. And so my pitch is like, you've got, you know, the Gary Brekkas and the people saying, we think you're going to live to be 150. I'm not that optimistic of that. I think we can drive hell span like what Peter says.

With AI and large language models and quantum computing, how quickly is a scientist going to crack that code? Somebody's going to do it. And so my pitch is like, you've got, you know, the Gary Brekkas and the people saying, we think you're going to live to be 150. I'm not that optimistic of that. I think we can drive hell span like what Peter says.

With AI and large language models and quantum computing, how quickly is a scientist going to crack that code? Somebody's going to do it. And so my pitch is like, you've got, you know, the Gary Brekkas and the people saying, we think you're going to live to be 150. I'm not that optimistic of that. I think we can drive hell span like what Peter says.

And by driving hell span, we can indirectly potentially drive lifespan and buy you enough time for somebody who's way smarter than me and you to crack that code and find that black box. And then you,