Kristen Holmes

Is it going to be, you know, fulfill my values, right? Yeah. And that has a real adaptive impact on our physiology. So it's pretty cool to see.

Is it going to be, you know, fulfill my values, right? Yeah. And that has a real adaptive impact on our physiology. So it's pretty cool to see.

That's very interesting. I often think as much of a big data person as I am, I also think that there's- And this was 35,000 people. It was 35,000. Wow, that's a huge sample study. See, here we go back down, you know, you're reinforcing my belief again in big data.

That's very interesting. I often think as much of a big data person as I am, I also think that there's- And this was 35,000 people. It was 35,000. Wow, that's a huge sample study. See, here we go back down, you know, you're reinforcing my belief again in big data.

That's very interesting. I often think as much of a big data person as I am, I also think that there's- And this was 35,000 people. It was 35,000. Wow, that's a huge sample study. See, here we go back down, you know, you're reinforcing my belief again in big data.

I mean, I think that big data is going to revolutionize modern medicine in a way that, in my opinion, is going to be catastrophic for modern medicine. And the reason why I say that is that we will no longer be beholden to the randomized clinical trial, the isolated clinical trial that we're extrapolating out to a large population. We're going to have big data on...

I mean, I think that big data is going to revolutionize modern medicine in a way that, in my opinion, is going to be catastrophic for modern medicine. And the reason why I say that is that we will no longer be beholden to the randomized clinical trial, the isolated clinical trial that we're extrapolating out to a large population. We're going to have big data on...

I mean, I think that big data is going to revolutionize modern medicine in a way that, in my opinion, is going to be catastrophic for modern medicine. And the reason why I say that is that we will no longer be beholden to the randomized clinical trial, the isolated clinical trial that we're extrapolating out to a large population. We're going to have big data on...

on human beings in real settings where everything, you know, is controlled. You know, we talked about a sleep study, for example, you know, five people go in or eight people go into the University of Miami and they sleep on, you know, a plastic cot and some dude's looking at them through a two-way mirror and they got electrodes all over their head. And that's supposed to somehow be...

on human beings in real settings where everything, you know, is controlled. You know, we talked about a sleep study, for example, you know, five people go in or eight people go into the University of Miami and they sleep on, you know, a plastic cot and some dude's looking at them through a two-way mirror and they got electrodes all over their head. And that's supposed to somehow be...

on human beings in real settings where everything, you know, is controlled. You know, we talked about a sleep study, for example, you know, five people go in or eight people go into the University of Miami and they sleep on, you know, a plastic cot and some dude's looking at them through a two-way mirror and they got electrodes all over their head. And that's supposed to somehow be...

representative of every single night of their sleep.

representative of every single night of their sleep.

representative of every single night of their sleep.

Yeah, of every single night of every sleep. And they're like, REM starts here and deep sleep starts here. But rather than like what WHOOP can do, which is take a giant population of people and examine hydration and their environment and their sleep and their recovery and their strain in their own natural environment, which is where Human beings behave in communities, we don't behave in isolation.

Yeah, of every single night of every sleep. And they're like, REM starts here and deep sleep starts here. But rather than like what WHOOP can do, which is take a giant population of people and examine hydration and their environment and their sleep and their recovery and their strain in their own natural environment, which is where Human beings behave in communities, we don't behave in isolation.

Yeah, of every single night of every sleep. And they're like, REM starts here and deep sleep starts here. But rather than like what WHOOP can do, which is take a giant population of people and examine hydration and their environment and their sleep and their recovery and their strain in their own natural environment, which is where Human beings behave in communities, we don't behave in isolation.

I don't think that we should be studied in isolation. I don't think that our cells should be studied in isolation. Sometimes when we do that and we extrapolate out data from that, it ends up being very detrimental. And what's happened historically, and I talk about this a lot, is these 10-year long randomized clinical trials,

I don't think that we should be studied in isolation. I don't think that our cells should be studied in isolation. Sometimes when we do that and we extrapolate out data from that, it ends up being very detrimental. And what's happened historically, and I talk about this a lot, is these 10-year long randomized clinical trials,

I don't think that we should be studied in isolation. I don't think that our cells should be studied in isolation. Sometimes when we do that and we extrapolate out data from that, it ends up being very detrimental. And what's happened historically, and I talk about this a lot, is these 10-year long randomized clinical trials,