Invest Like the Best with Patrick O'Shaughnessy
00:59:53 · Patrick O'Shaughnessy, Andrew Huberman
[00:59:53] S0: -Guys out of his mind. [00:59:54] S1: -Guys out of his mind. Everything I just described has happened. Why it happened exactly what they were trying to do unclear whether or not it's still ongoing, whether or not this guy's actually in Austin, Texas doing these experiments or he's someplace else or he's sitting in a prison someplace in China. I don't know. Okay. I think it'll be interesting. The internet will tell us. Yeah. I guess I'm more excited than concerned, provided people are talking about it, and people are thinking about it really carefully. One of the beautiful things about social media is nothing stays a secret for very long, if at all. Nothing stays a secret. There are no secrets anymore. You can have a vaulted conversation with somebody, that absolutely is true. But as soon as more than two people know about something, like, you can't exist in this world without leaving a digital footprint. So sooner or later, we'll hear. It seems like the arc [01:00:42] S0: of all this is just control, like control of genetics, control of brain states, control of all these things through technology over time. And this is very much like a William Gibson future is here, just not evenly distributed yet. And these are all the future is here type things. What excites you most of all this stuff? If you had to pinpoint, like if I forced you to go start a company or something and just focus on one thing.
01:01:06 · Andrew Huberman
[01:01:06] S1: I spent a lot of time thinking about media and culture and just humans generally. So to me, the most exciting thing is that because of social media, we're all in the same campus. X is that campus. Instagram to some degree, but those are the campuses for the communication about these things. And so what I'm excited about is the idea that we've got so many more people learning about things in their field and adjacent to their field, that there are a bunch of things that we can't predict that are going to happen. Like someone in the human gene therapy space, who's an amazing educator, has the charisma and the ability to talk about these things, but also has the chops, really understands it, is going to move that space forward at tremendous velocity at some point. The issue is that here was a scientist, just like doing his thing, and he just kind of went rogue and did it. He didn't check with anybody. When I was coming up, you did experiments at night, and the goal was like, Don't kill yourself, don't burn down the lab, don't break protocol, but like, do experiments. Now it's changed a little bit. Everyone's a little bit more paranoid. I'm excited that somebody and they're starting. I think that people are thinking about neurotechnologies to read and write from the nervous system in awake states. My own interest right now is really understanding the waking states. We understand slow wave sleep, deep sleep, N1, N2, N3 sleep. I wrote a whole chapter in the book about sleep, its architecture, how temperature changes one or the other, heat up the bed in the morning or the room in the morning, you get more REM. We know all that stuff. We know so much about sleep and how to measure and now nudge and maybe even dial in sleep really precisely with these eye mask type tools. Changing the room temp is pretty crude compared to that, but it's also helpful. I want to understand waking brain states. I don't know how to describe the state that we're in. REM is not language about how you feel in REM, it's rapid eye movements. There's something associated with the state that we're in right now. Like, I'm alert, I'm focused, I'm enjoying our discussion. What is this state? We need much better understanding of waking states and which waking states lend themselves better to which activities.
01:03:04 · Andrew Huberman
Then we can start writing to the nervous system to generate those states with a lot of temporal and spatial precision. That to me seems like the most important thing to resolve right now, and it's totally doable. I'm not the person to do it because I'm no longer running a lab. The problem with neuroscience as a field, and there's a little bit of a problem with academia, but even the biotech sector related to neuroscience, is that people tend to work on things that are like four degrees off from what their training was. Actually, even though I've never met him, I think Dario, even though I disagree with a lot of things I hear from him about AI, I think that it's interesting something that came up through neurosciences in this quite different but related field. Sam, I've spoken to, is extremely smart about the neuroscience. Extremely smart, as is Zuck, as is Andreessen. And Elon obviously understands what he's trying to achieve with Neuralink, and he's extremely savvy with respect to, like, what can be done now, where we need to go. So in a lot of ways, the technologists who used to just engineer stuff, like, they're becoming neuroscientists. And I love that, because neuroscience has always benefited from bringing people in from other fields. You can't give them the whole problem entirely, because as soon as they sink their hands into a brain, they realize this is not a computer. It's something a whole lot more complicated. But bioengineers are getting very, very good. And people like Eddie Chang, obviously Neuralink's doing this, Matt McDougall and the folks there, And Sam Zuck and Dario, like, that's a pretty killer lineup. And Elon, those four, those are the big four. Those are the athletes of brain exploration now. I think most people don't realize that. And I'm not sitting here like what the kids say, I'm not trying to, like, glaze at it. I think it's just awesome. You want people coming in who have outside expertise and can leverage the best minds, like the best neuroscientists and engineers. So I'm all excitement about it, frankly. But I think we need better definition of waking brain states. I think that's the biggie.
01:04:55 · Andrew Huberman
And the reason I mentioned those different silos that I've touched into is that any time you see a field, whether or not it's action sports, or it's science, or it's medicine, take a big leap forward, there's always this thing that we talked about earlier, where people get into it, some people go public facing, they kind of push the margins a little bit, then it gets too crowded, people start getting wacky to get more signal to noise on them. And then the thing kind of dies down, and then there's this surge of really accessible, So useful technologies and I think 2027, 'twenty eight are going to be a low level noise, in my estimation, around the health space. I mean, that's what the book Protocols was about. That's my thesis. We got it. I'm not going to keep talking about morning light. For God's sake, I'm starting to tire myself out. You know, so the reason I can move on from it is because I know it for certain. What's in the book are the things I know for certain. So now that my thesis is turned in, and people can do with it what they will, I think it has things of value, certainly information, but hopefully things of value to people. Now it's time to move into some other realm. You can probably tell from today's conversation, I didn't realize this was gonna come up, I am very, very interested in reading and writing from the awake nervous system. Eddie Chang and I talk three times a week for hours at a time. We take walks. Where is neuroscience? What's next? I'm just super excited. It's gonna be great. I promise you, there are safeguards we need in place, but like, the best people are on these problems. The best people. And that's why it pisses me off when the traditional media tries to slow these people down. Like, okay, everybody, make your public statement about how you're not gonna blow up the world. It's like, of course. Like, you want them to do that. Also, by the way, it doesn't pacify anybody. Of course, we need the ethics, we need the safeguards in place, but I'm nothing but excitement about this. But then again, I'm born and raised in Palo Alto.
01:06:42 · Patrick O'Shaughnessy
[01:06:42] S0: I did not exactly expect our discussion to focus so much on neurotech and waking brain states and things like this, but I honestly hope you and I could do this once a year to check-in on the state of this stuff. It does seem like if you really think ahead from the current stuff in AI to where this is all going, of course, inevitably the intimacy of technology into us is going to increase. And this is like the final frontier. So incredibly fun to talk to you about when I do this. And I hope it's the first of many. I asked the same traditional closing question. What is the kindest thing that someone's done for you?
01:07:13 · Andrew Huberman
[01:07:13] S1: The kindest thing. Alright, this is a bit of a weird one, but I've carried the message that I got forward through basically everything. Once people hear it, if they thread it back through portions of today's conversation, I think they'll, they'll know how I've done that. So when I was in graduate school, I initially joined a different laboratory. You do rotations. And I joined a laboratory doing excellent work that was very popular at the time, that was really on the cutting edge of molecular genetic techniques for looking at neurons. And it was all the rage at the time, but I had this absolute love obsession for the work that I had done in my second rotation on stuff and in a field that was pretty crowded. And I found myself having joined this other lab and sneaking into the lab that interested me more at night and doing experiments. The woman who ran that lab, which is my graduate advisor, Barbara Chapman, she came to me one day and she just said, Listen, I'm totally okay with the fact that you didn't join my lab. Her lab was already very successful anyway, publishing papers in science, etcetera. And she said, But you just seem to really love this stuff. And the only thing that's really going to determine your success is how badly do you want to know the answers to the questions that you're working on? I was like, okay. So I broke up with the other lab. I joined her lab. We published eight first author papers. My career went, but that was all the consequence of working on things to try and answer questions that I was most curious about. That was an incredibly kind thing to do. It also required a lot of humility and boldness on her part because she was basically saying like dump them, come back to me. And I had to trust that it wasn't because of some sense of rejection in her and it wasn't. Had extremely strong ego. Honestly, I think that's the kindest thing anyone's ever done for me because it showed a belief in me. It showed that she understood that I didn't have enough self understanding and enough, frankly, guts to just say, I don't want to do the thing that everyone else is super excited about. I want to focus on the thing that I'm most excited about, which takes a strong mind and is much easier to do once you've had some significant success in a field.