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Joe Rogan Experience #1130 - Adam Frank

Adam Frank is a physicist, astronomer, and writer. His scientific research has focused on computational astrophysics with an emphasis on star formation and late stages of stellar evolution. His new book "Light of the Stars: Alien Worlds and the Fate of the Earth" is available now on Amazon.

Joe RoganhostAdam Frankguest
Jun 13, 20182h 23mWatch on YouTube ↗

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  1. 0:013:27

    Aliens, astrophysics credentials, and why the book ties ETs to climate change

    1. JR

      Five, four, three, two, one. (audio cuts out)

    2. AF

      Boom.

    3. JR

      Boom.

    4. AF

      (laughs)

    5. JR

      Adam, what's up, man? How you doing?

    6. AF

      Hey. It's good to be here today.

    7. JR

      It's good to be here too, uh, with you and to talk- (glass clinks) Ooh. Whoa. Look, I'm already knocking shit over.

    8. AF

      (laughs)

    9. JR

      Can't be trusted. Um, your book, Alien Worlds-

    10. AF

      Yeah.

    11. JR

      ... And The Fate of the Earth.

    12. AF

      Yeah. All about it.

    13. JR

      That's deep shit, man. Just the, just the title alone, you're like, "Whoa."

    14. AF

      I love aliens. Everybody loves aliens.

    15. JR

      Everybody does, but what are your thoughts on actual aliens and whether or not they've ever visited here?

    16. AF

      Yeah, it's interesting because, uh, you know, sorta two things. So first of all, uh-

    17. JR

      We should tell everybody, you have a background in science.

    18. AF

      I do.

    19. JR

      An actual scientist.

    20. AF

      I'm an astrophysicist at the University of Rochester.

    21. JR

      So you're not-

    22. AF

      I run a research group that studies like stars and planets and shit.

    23. JR

      So you're not a crazy person I brought on here?

    24. AF

      No, no, no.

    25. JR

      (laughs)

    26. AF

      I'm a card-carrying scientist. I got my card and everything. Um, so yeah, I've been doing research on, you know, astronomy, astrophysics for a long time, but I also do all this popular writing, like for NPR and New York Times. Uh, and the genesis of this book came, A, because I love science fiction. I've been reading science fiction since I was a kid. Uh, but also I do a lot of work on climate change, and so I deal with a lot of climate change denial. And what I realized was that like there's this way we talk about it that is like completely forgets ab- about the fact that like we're probably not the first, you know? And, uh, that led me to a whole bunch of research that eventually led to this book, you know, including one paper that we did that showed, uh, that the odds that we're the only time it's ever happened, on- only, you know, the only civilization in the entire history of the universe, uh, the only way that that could be true is if, uh, the odds per planet are one in 10 billion trillion, right? That's pretty low, right? So, you know, the, you know, uh, the odds of anything being one in 10 billion trillion, that's pretty fricking low. So, um, it's probably happened before, you know? There's been other civilizations before ours. And once you realize that, man, that is like, you know, it changes everything about how we think about ourselves, you know, and what's happening to us right now.

    27. JR

      So oth- other civilizations before ours that have fucked things up?

    28. AF

      Well, that's kinda the premise, right? So that's what-

    29. JR

      Yeah.

    30. AF

      You know, when you look at climate change, right, basically what we, it is, is civilizations are giant machines for turning energy into work, right? You know, New York City, right? You sit over, and you look at Manhattan, you're like, "Holy shit," right?

  2. 3:275:48

    The exoplanet revolution: planets everywhere, ‘not your grandfather’s SETI’

    1. AF

      Yeah. And that's the thing, right? So what we've learned, so, you know, one of my, my trips right now is like, this is not your grandfather's SETI anymore, right? Our understanding, we went through this major revolution in our understanding of planets about 20 years ago. So you look back at the Greeks, right, and you can see them arguing about when he, whether any other stars had planets other than, you know, the sun.

    2. JR

      Mm-hmm.

    3. AF

      Um, and, you know, it goes back and forth, you know, some of the Greeks were like, "Yeah, it's definitely happening." And then like Aristotle was like, "No, we're the only world in this whole, in the whole universe, you know, that has life." Um, and then as time goes on, it kinda goes back and forth. And even at the turn of the la- of this, uh, the 19th century, people thought planets were incredibly rare. That like the on- they thought the only way you could get a planet was if two stars passed really close to each other and they kinda like taffy pulled out stuff that would eventually form a planet. And the odds of those kinds of collisions are so small that people were like, "You know what? There's just no planets." And no planets, no life, you know, unless something really freaky is going on. Uh, but then 20 years ago, we discovered our first planet orbiting a star.

    4. JR

      Isn't that crazy when you really think about, that 20 years is such a short amount of time.

    5. AF

      Just, right. Right.

    6. JR

      1998.

    7. AF

      Yeah, yeah. And nobody knew before that, like nobody knew whether there were any planets, right? You know, when I was starting in astronomy, people were like, "Well, we don't know whether there's gonna be any other planets." And we went from, uh, so the first one was actually '96, I think, '95, '96. Uh, from that to now where we know that every freaking star in the sky has a planet, at least one. You know, pretty much every one, pretty ... I mean, the big, the giant ones maybe not, but pre- they're, they're so rare that, you know, pretty much every star you see in the sky has a family of planets around it.

    8. JR

      That is so nuts.

    9. AF

      It's so nuts.

    10. JR

      It's so nuts that this is such a new discovery.

    11. AF

      Yeah.

    12. JR

      I mean, when we think about what we know about the universe, we think that we've had a pretty good understanding of it for a long time.

    13. AF

      Right.

    14. JR

      But the fact that we didn't even know for sure that there are planets.

    15. AF

      Right, right. In my own lifetime, you know, people were teaching me when I was starting, like, you know, we just don't know, maybe they're rare. And now we know for certain that they're everywhere. And the thing people have to realize is every one of those planets is a place. You know what I mean?

    16. JR

      Mm-hmm.

    17. AF

      It's a place you could walk around. Some of them for sure are gonna have oceans. There's gonna be mountains. There's gonna be rain falling, you know? I mean, like they're all freaking places, and they're all places where things can happen, you know? Planets are basically like nature's way of taking sunlight and doing something interesting with it. So you have 10 billion trillion planets in the universe, right? And every one of them is an experiment that's being run. So, you know, the idea that like we're the first time it's ever, now that we know that, right, now that we've gone through that revolution and understand

  3. 5:4810:05

    Habitability and biosignatures: how we might detect life remotely

    1. AF

      that planets are like dime a dozen. Planets, and not, and we're not only talking about planets here. We're talking about planets that are in the right place for life to form. So there's the idea of the habitable zone, right? So, you know, Mercury sucks. You cannot, you know, Mercury's so hot that there's no way anything's gonna happen. And, you know, planets that are far, far enough out, they're gonna be so cold, you know, they're so far away from their star that they're gonna be so cold that they'll, you know, it's hard to get wa- liquid water on the surface. So we define the habitable or Goldilocks zone as the place where, um-... you can have, you can pour l- w- you know, water onto the surface and it'll just sit there. It won't freeze and it won't, uh, you know, sort of just evaporate away. So, uh, all these 10 billion, trillion planets I'm talking about are all in the right place for life to form, you know? And so, like, with that many numbers, that many experiments being run, like, you gotta be a psychotic pessimist to say that, like, this is the only time a civilization's ever happened.

    2. JR

      Right. But there's still no evidence yet. Obviously, we didn't even know that there really absolutely were planets until 20 years ago.

    3. AF

      Right.

    4. JR

      But we don't know for sure that there's something else out there. What-

    5. AF

      No, no. This is an argument by, uh, I call it, like, an argument by exhaustion.

    6. JR

      Mm-hmm.

    7. AF

      You know, if I gave you a bag of 10 billion, trillion planets and you have to sort through all of them, right? The odds that you're gonna, you're never gonna find another one that, that built a civilization is pretty ... It's, now, you know, like I've said, you're really asking for really serious pessimism. But, you know, we're just getting started with this game, right?

    8. JR

      Mm-hmm.

    9. AF

      Of looking for life. That's why I keep saying it's not ... This is not your grandfather's SETI where you're like, you point, you know, a- a- a- a radio telescope at a star and you kinda wait to see whether somebody's signaling you. Who knows whether they are signaling?

    10. JR

      Right.

    11. AF

      Who knows what they'd be using? Now what we can do, 'cause we got all these planets to stare at, is, you know, we're gonna be able to, like, stare at them as they pass in front of their star and get the light that passes through their atmosphere. So we're gonna like ... Who knows what we're gonna find? You know, we're not waiting for them to signal us anymore. Over the next, I swear to God man, in the next 30 years, we're gonna have data relevant to the question of life. Maybe not civilizations, or that could happen too. But just life on other worlds, you know? And we've never had that before. All the arguments for the entire history of humanity have just been two dudes yelling at each other.

    12. JR

      Mm-hmm.

    13. AF

      Right? But in the next 30 years, 'cause the stuff we're building and now that we have ... No, there's, there's, uh, uh, planets, we're gonna have real data to argue over with. So man, it's like, this is ... We're, we're in a whole nother ballgame now.

    14. JR

      I think the big fear for a lot of people is what happens when we find out for sure that there's something else out there.

    15. AF

      Yeah.

    16. JR

      If we really do find, like, some other Manhattan on some Goldilocks planet-

    17. AF

      Yeah.

    18. JR

      ... that's hovering some similarly sized star a billion light years away or whatever the hell it is, that's, that's gonna be very, very, very strange.

    19. AF

      It will be. It'll be a game changer, right? 'Cause for religions, for, you know, I mean, wow, you know? What do you do if you find other intelligent creatures who are building civilizations? For me, it's-

    20. JR

      You start making them pay taxes. That's what you do.

    21. AF

      (laughs) That's right.

    22. JR

      Those fucks.

    23. AF

      You go, you go get pissed off that they're not doing what you want them to do. "You should be believing this one." You know? So, uh, but I think, you know, for me, the thing is, like, it's about climate change, 'cause what it means is, like, there's no way ... Well, from my perspective, you know, that, that if you have a civilization, you push your planet.

    24. JR

      Mm-hmm.

    25. AF

      You, you know, you can't stop it in some sense. If you build a civilization, it's gonna happen.

    26. JR

      Well, the only way around it is if you have, like, a subsistence culture, uh, indigenous-

    27. AF

      Yeah.

    28. JR

      ... Native American culture.

    29. AF

      Right.

    30. JR

      Which i- ... It seems impossible, but it existed here 200 years ago.

  4. 10:0511:58

    Life beyond the surface: Europa, subsurface oceans, and limits on tech civilizations

    1. JR

      What are the possibilities of life that exists in a completely different environment than we expect? Like, I know that they found life at the bottom of the ocean-

    2. AF

      Yeah.

    3. JR

      ... in these volcanic vents.

    4. AF

      Yeah.

    5. JR

      At extreme heats, boiling water, they didn't expect to see this.

    6. AF

      Yeah.

    7. JR

      And this is fairly recent as well.

    8. AF

      That is. That, yeah. The idea that the, um ... 'Cause right, this whole definition of a habitable zone-

    9. JR

      Yeah.

    10. AF

      ... was based on the idea like, oh, you gotta have a surface and it's gotta be-

    11. JR

      Right.

    12. AF

      You know? But now with the e- ev- you know, not every, but like a bunch of the moons orbiting Jupiter and Saturn and the gas giants, they have oceans under them. Like, big oceans.

    13. JR

      Well, there's thoughts that Europa might have something below the surface, right?

    14. AF

      Yeah, yeah, because the, um, Europa is, uh, you know, it's, it's this pretty big moon and we know it's covered in ice, right? You can see it's covered in it, you know? And we think that layer of ice is maybe like, I don't know, 10 kilometers thick, and then below that there may be 100 kilometers of ocean. And because as it moves around Jupiter, it's con- the gravity of Jupiter is always squishing the insides, so there's probably volcanic activity happening at the surface. So you have hydrothermal vents, you know? Heat escaping out of the ... And chemicals escaping out of the, at the surface into the ocean. And that's how we think life formed on, uh, on Earth. That's one of the arguments for how life formed, if fir- formed first in the hydrothermal vents. So yeah, you know, it- it- it's a new d- that's another game changer, right? So then we should also be thinking not just about the, the classic, uh, the habitable zone, but now we gotta think about, like, life, and can you get civilizations in an underwater civiliza- you know, in an underwater ... Maybe you have a-

    15. JR

      Right.

    16. AF

      ... really rich ecosystem. But, you know, with the problem with, uh, uh, you know, an underwater f- uh, uh, life or forming civilization is that you can't really do fire, right? Fire was pretty important for us for metallurgy. You know, to build advanced technology, you kind of need combustion.

    17. JR

      Yeah.

    18. AF

      So, you know, that's kind of the open question with that.

    19. JR

      Uh, yeah, we are not really concerned with animals. We're concerned with things that think and change their environment.

    20. AF

      Yeah. Yeah.

    21. JR

      Isn't that weird? Like, we are concerned with life, but we're only concerned with life that's at least similar or comparable to us.

    22. AF

      Yeah. Microbes don't, like ... Yeah. We don't, we don't, yeah, we, they don't, don't get too excited, yeah.

    23. JR

      We're not gonna like go to Jupiter for some microbes.

    24. AF

      (laughs) Yeah, right.

  5. 11:5815:40

    Mars discoveries and what ‘organic chemistry’ really means

    1. JR

      But we, we, we are excited about the things that they've recently found on Mars, right? I mean there's-

    2. AF

      Yeah, last week.

    3. JR

      ... very recent discovery.

    4. AF

      Right, right.

    5. JR

      Yeah.

    6. AF

      So, you know, the thing is actually from the, you know, so I'm gonna ... I- I work in a lot of fields but I would also consider myself an astrobiologist, right? Which is a pretty-... kind of wild idea that you can do astrobiology, even though you only have one example, which is the Earth. But we've learned so much that now we can start asking ourselves about the possibility of life elsewhere. So finding even a microbe, like even a frigging, you know, amoeba on Mars would be com-

    7. JR

      Mm-hmm.

    8. AF

      Or even evidence that there used to be amoebas on Mars.

    9. JR

      And what is the evidence that they discovered on Mars?

    10. AF

      What they found was, um, organic chemistry, right? And so, but organic chemistry ... Man, I hated chemistry when I was growing up. Uh, and I hated organic chem (laughs) was, that's just basically chemistry involving carbon, you know? So you can have non or, you know, it doesn't, organic chemistry doesn't mean organisms.

    11. JR

      Oh.

    12. AF

      But it's the kind of chemistry that organisms love, right? So finding evidence that there was like, they drilled, amazingly we sent a frigging robot to Mars-

    13. JR

      Yeah.

    14. AF

      ... that could drill through a rock-

    15. JR

      (laughs)

    16. AF

      ... you know, and then ingest the rock. And, you know, it's like ...

    17. JR

      And then send the data back across space.

    18. AF

      And send the data back, man. We're, you know, pretty good for a bunch of hairless apes, you know?

    19. JR

      Yeah.

    20. AF

      Um, so what, what they found was evidence for, you know, fairly complex, um, uh, you know, uh, organic chemistry. Which meant that way back when Mars, and this we know for sure, right, Mars had water on it. We know that for sure now. Mars was a blue planet for at least a while.

    21. JR

      Did they think that Mars was hit by, uh, an asteroid or a comet or something along those lines?

    22. AF

      Well, everything got hit by comets. That's how we have, you know, we have chunks of Mars here, right?

    23. JR

      Right.

    24. AF

      That, you know, the thing in '96 or whatever, when they were like, "Oh, we found life on Mars." You know, they thought what they found was, uh, a fossil bacteria-

    25. JR

      Mm-hmm.

    26. AF

      ... in a chunk of, uh, Mars that they found in Antarctica. So the planets have been swapping spit for like the entire history of the solar system.

    27. JR

      That's fossilized bacteria that they found, has that been confirmed that that's what it was?

    28. AF

      No. No. Uh, most people now think that the, uh, Allan Hills, uh, meteorite, that probably, you know, it's inconclusive and it's not conclusive enough to be like, "Yeah, we found life."

    29. JR

      It's like a tiny little squiggly worm looking thing, right?

    30. AF

      That's what it was, yeah.

  6. 15:4021:39

    Megastructures, Dyson spheres, and why SETI’s reputation got weird

    1. AF

      Well, you know, it's interesting, like how much would that, that change? You know, even if we found like evidence for ... This, because this is a debate, like if we found evidence of a technological civilization, we saw like alien mega structures, like that star they thought about.

    2. JR

      Yeah. What was that nonsense?

    3. AF

      Uh, it wasn't really nonsense. It was, I, you know-

    4. JR

      It was something floating around, right?

    5. AF

      Right. So here's what they saw. So that, you know, the way we discover planets is we look for when the s- the planet passes in front of the star, you get a little dip in the light, right? It blocks out a little bit of light.

    6. JR

      Right.

    7. AF

      It's like a little eclipse. Um, and so, you know, we've now, that's how we know that every star in the sky has planets. But there's like, they found one that just made no sense. Like, the light would dip, then it would stop dipping, then it would dip again three times, then it would stop dipping. Sometimes it was lower, sometimes it was higher. Um, and, you know, for a year or so, people were like, "What the fuck is this?" (laughs)

    8. JR

      Right.

    9. AF

      You know? And so, you know, um, uh, Jason Wright and others, uh, Jason's a friend of mine, you know, they wrote a paper where they were like, "Hey, you know, at least ... Because this is what the future's gonna look like. We can't say, we can't ... We have to at least consider the possibility that these are artificial structures that are like orbiting the star or, you know, and it's a-"

    10. JR

      It would have to be ungodly huge.

    11. AF

      Ungodly huge. Alien mega structures. Like, that's the best word ever.

    12. JR

      Right. Like, like the size of a country, right?

    13. AF

      Yeah, yeah. These things would be huge, right? But that's what people think, like, you know, when people think about advanced alien civilizations, the idea of building large scale structures is, you think that may be the next thing you do once you reach a certain point. Like, um, you know, the Dyson sphere, the idea that you could collect all of the sun's energy and use it for yourself by building a giant sphere around the sun with solar panels on the inside. People think like, that goes back to Kardashev, the idea of this Kardashev scale back in the '60s where he is like, "Look, there's gonna be a natural progression of civilizations that goes first you collect all the energy you can from your planet, and then you use that to do amazing things. And then you collect all the energy from your star, and then you do that amaz- you know, you do amazing shit with that. And then, you know, the whole galaxy." So he, you know, Kardashev thought there was a scale that, that civilizations naturally progress through. So-

    14. JR

      And you hopefully don't blow yourself up along the way.

    15. AF

      Well, I think that's the question. I mean, I've criticized the Kar- the Kardashev scale in one of the papers I recently did, because what it fails to take into account is the fact that like, you know, on your way up to the type one. Type one is when you harvest all the energy from your planet, which basically means somehow covering your planet in, in, uh, uh, you know, solar panels or something. That neglects what we've learned since Kardashev wrote his paper in '64 is that, you know, planets don't like that shit. Like, planets, the planet's gonna feedback. You try and build-

    16. JR

      Hmm.

    17. AF

      ... you know, massive shit on your planet, the planet has its own, you know, biosphere is pretty powerful and you gotta take the biosphere into account or you get climate change, you get, you know, the, the planet being pushed off in another direction. So, but whatever. So for the, um, for the alien mega structures, people thought like, oh, maybe this is like a piece of a, uh, of a Dyson sphere, right? This is like, you know.

    18. JR

      Mm-hmm.

    19. AF

      And so, you know, when he proposed this, people went bonkers over this, right?

    20. JR

      Yeah.

    21. AF

      He was just saying, he's like, "Look, here's the 15 different things could be, and I'm gonna have to at least consider the possibility that it's artificial."Um, but for me, and some people got really angry and everything, but I thought like, "This is ... look-"

    22. JR

      Why'd they get angry?

    23. AF

      Because there's been a thing in the community over the years, you know, SETI got a bad name, right?

    24. JR

      Mm-hmm.

    25. AF

      SETI for a bunch of ... SETI was sort of thought as being like, oh, only whack-a-doodles do that and, you know.

    26. JR

      But why? Why is that? Just because there was no results?

    27. AF

      Uh, I just think, you know, (sighs) there was, uh, you know what it is? It's because of shitty TV. (laughs) You know? I mean, I real ... In some ways, right? It's all, you know, it's prosthetic foreheads, right? It's the whole, we've had so much kinda crappy, you know, speculation about aliens, that trying to do anything scientific always had this whiff of sort of being a little, you know. And then there's the UFO stuff, you know, which is completely separate, has nothing to do with it.

    28. JR

      But SET- SETI never really achieved any results, right? There was that one big blip that was highly popularized.

    29. AF

      The Wow! Signal.

    30. JR

      Yeah.

  7. 21:3925:39

    Beyond radio: technosignatures like city lights, rockets, and ancient artifacts

    1. JR

      Well it's also, we don't even use radio anymore.

    2. AF

      Right. Right. Cable and ...

    3. JR

      I mean, ra- radio is dying-

    4. AF

      Right.

    5. JR

      ... slowly but surely.

    6. AF

      Yeah. Yeah.

    7. JR

      Local radio is ...

    8. AF

      Yeah.

    9. JR

      I mean, it's, it's kind of a, a thing of the past.

    10. AF

      Yeah. Right. The only thing that's really we're beaming out l- large scale is, uh, military radars.

    11. JR

      Mm-hmm.

    12. AF

      You know? That's the main thing.

    13. JR

      So there'd be some kind of signal, it wouldn't necessarily have to be radar or, or radio. It would just have to be something that we could detect.

    14. AF

      Right.

    15. JR

      Some form of anomaly that seemed to be artificial.

    16. AF

      Right. Right. So here's like, here's some of the suggestions that people are talking about. So Avi Loeb at Harvard talks about the idea that, you know, maybe what you need, and you're gonna need the sensitivity for this. You're gonna see like rocket engines going back and forth between, you know, uh, but you have a planet, you have an, uh, a multi-planet civilization on in some-

    17. JR

      Mm-hmm.

    18. AF

      And you're gonna see little flares as rockets decelerate and accelerate back and forth. People have talked about seeing city lights. You know? The telescopes are getting (laughs) you know, we're, we're, we're building these giant telescopes that are like 30 meters across.

    19. JR

      Where there may be potential one day to see a city light.

    20. AF

      You could see city lights when the, you know, the, you're gonna see the planet come around. Like, this is all like, you know, we're, we're not-

    21. JR

      Mm-hmm.

    22. AF

      We're not there yet.

    23. JR

      Right.

    24. AF

      But, um, people talk-

    25. JR

      20 years, 30 years.

    26. AF

      30 years, 40 years. You know, this is a long game.

    27. JR

      Mm-hmm.

    28. AF

      And you gotta be playing the long game. At some point, we're gonna need to build stuff in space that's even larger so we can collect more light. Um-

    29. JR

      And won't the issue also be that if we do see these city lights, we're seeing city lights from millions of years ago?

    30. AF

      Well, it depends. Like you ten- you know, a planet's at, that's, uh, in a star 10 light years ago, that's 10 years ago. So it's not like, you know, these things could still be around.

  8. 25:3930:04

    Science fiction as forecasting: The Expanse, space societies, and climate as the gatekeeper

    1. JR

      But there's, you know, a bunch of science fiction films that do speculate of what, what's going to be possible in the future and one of 'em was, uh, what was that recent one with, um, what's his name? All right, all right. What's his name? The fuck's his name?

    2. AF

      Matthew McConaughey? (laughs)

    3. JR

      Matthew McConaughey. (laughs)

    4. AF

      (laughs)

    5. JR

      That guy. Um, the one where they go through the wormholes, you know?

    6. AF

      Right, right.

    7. JR

      How much do those movies piss you off?

    8. AF

      They don't. I don't know.

    9. JR

      They don't at all?

    10. AF

      I, I do not... I mean-

    11. JR

      But they get sub-

    12. AF

      So, science fiction. So, you know, I mean, I do not need my science fiction-

    13. JR

      To be correct?

    14. AF

      ... to be correct. I mean-

    15. JR

      Mm-hmm.

    16. AF

      ... it's, you know, if they wanna make it, you know? So I love The Expanse. The Expanse is my favorite show ever. I will talk about it forever.

    17. JR

      What is The Expanse?

    18. AF

      The Expanse, yeah, The Expanse.

    19. JR

      I don't even know.

    20. AF

      Yes, it's Expanse.

    21. JR

      Thank you. Help me.

    22. AF

      Um, so The Expanse, it's a series of books, first of all, that I think are the best science fiction books in the last 15 years.

    23. JR

      Really?

    24. AF

      Um, and then they made 'em into, made it into a show, uh, on Syfy. And then they had three years of it and, you know, at first people were like, "Oh, this is kinda hard to follow," 'cause, you know, it's a lot of stories coming together.

    25. JR

      Mm-hmm.

    26. AF

      And then, um, you know, uh, this year it got 100%, uh, uh, uh, uh, ratings or- uh, it's- um, um, what is it?

    27. JR

      Rotten Tomatoes?

    28. AF

      Rotten Tomatoes, 100% or 95%. Like, it- people love the show.

    29. JR

      Really?

    30. AF

      And then frigging Syfy canceled it, you know? And so then Jeff Bezos just- yeah, Jeff Bezos just picked it up.

  9. 30:0442:12

    Climate denial, polarization, and science as ‘public knowledge’

    1. JR

      Is this what your number one concern is, climate change?

    2. AF

      My cli- I'm a single voter, yeah, climate change. 'Cause it's like, it is an existential dilemma, you know?

    3. JR

      Mm-hmm.

    4. AF

      And I- because of all the writing I did for NPR and The New York Times, I have dealt with a lot of climate change denialists, man, and it drives me bananas.

    5. JR

      What is their big... What's the big... 'Cause I, I recently had a discussion with someone on the podcast that didn't believe in climate change.

    6. AF

      Ugh.

    7. JR

      And it was, it was a weird thing. It's- 'cause I kept pulling up all the different scientific consensus studies, all the different studies that show that we were having an impact. It's an undeniable impact.

    8. AF

      Undeniable.

    9. JR

      Yeah.

    10. AF

      I mean, 30 years of science. Uh, yeah. No, I saw that. And she was-

    11. JR

      (laughs)

    12. AF

      ... like, you know, "Well, that's what you say."

    13. JR

      Well, I don't think that she's really thinking about the... In her case it was, uh-I don't think she really thinks about it. I think she-

    14. AF

      No.

    15. JR

      ... just has this stance that she believes that that group that she's a part of-

    16. AF

      That's what it is.

    17. JR

      ... subscribes to, so there's an ideological-

    18. AF

      Yeah.

    19. JR

      ... uh, b- aspect of it-

    20. AF

      Yeah.

    21. JR

      ... where you, you kinda... You have a predetermined pattern that you're supposed to follow-

    22. AF

      Right.

    23. JR

      ... when you're on one side.

    24. AF

      Right.

    25. JR

      You have to be pro-life. You have to be pro-S-

    26. AF

      All this whole-

    27. JR

      ... Second Amendment.

    28. AF

      ... bucket of stuff that you gotta-

    29. JR

      There's a bucket of stuff.

    30. AF

      Yeah. Yeah.

  10. 42:1248:10

    Infrastructure, incentives, and ‘Merchants of Doubt’: why denial gets funded

    1. JR

      Well, where is the argument coming that we, uh, 'cause, uh, there are people that just adopt the, the party line, the party line that, you know, human, climates always change and human beings barely affect it and it's not something to concentrate on. Where's that coming from?

    2. AF

      Again, I think it's the, you know, the gradual political polo- polarization of everything. You know, 'cause if you look at in the, um-Uh, we're now at the f- uh, what is it? 30-year anniversary of, um, Jim Hansen, who was, you know, the famous climate scientist, giving his testimony in front of Congress in 1988 on a hot sweltering summer day. We said, "Climate change is already happening," you know. And that made news everywhere and that was the first, like, public awakening that this was happening. And if you look at the first Bush administration, they were like, "Oh, yeah. We're ready to do something about this. Sure, we can do it." You know? Um, and then, it just gradually over time, as the whole political polarization thing happened, you can actually see the, uh, the, the very purposeful denial, right? They took a page out of the cigarette companies. You know, it's... For years, right? Cigarettes were like, "Ugh," and the cigarette companies were like, "No, it's not a problem." So, they were purposefully... You know, there were people who had money invested, right? You know, who, like, didn't want this change to happen.

    3. JR

      Well, there's a, there's a documentary that, that goes into that. Um, what is the name of that? Merchants of Doubt?

    4. AF

      Merchants of Doubt.

    5. JR

      Yeah. That's a good-

    6. AF

      That's a great book, man.

    7. JR

      That's a-

    8. AF

      That's a really good book, yeah.

    9. JR

      Um-

    10. AF

      And the, and the documentary's really good too.

    11. JR

      Yeah, but-

    12. AF

      So, it was purposeful, you know?

    13. JR

      But it's... That's... It's also confusing. It's like, why are they doing that? Like, who's paying them to do that? Obviously, the cigarette companies would be paying the same people-

    14. AF

      Right.

    15. JR

      ... to, um, put doubt into the idea that cigarettes are addictive or cigarettes cause cancer.

    16. AF

      Right.

    17. JR

      And this is what had been done in the past.

    18. AF

      Right.

    19. JR

      Now, the same people are involved in doing it with climate change.

    20. AF

      Right.

    21. JR

      But why?

    22. AF

      Uh, well, you know, uh, one time, I wrote a piece for the NPR that was kind of positive about like, "Yeah, we can switch infrastructures," like I'm saying. And some guy wrote me back very angry and he said, "You know, the proven reserves," you know, the stuff, the oil that's in the ground, "has a wealth," you know? Has a val- monetary value, like, you know, that's in their, in their, the oil company's banks, you know? The... In their bank accounts, of like $1.5 trillion. And the guy said, "Dude, you know, people have gone to war for a lot less than $1.5 trillion."

    23. JR

      Right.

    24. AF

      So, you know, i- i- if, if we were to really be like, "Hey, man. We can't burn that," you know? "You're gonna have to leave that in the ground," that's like th- their bank accounts going like (imitates cash register) you know?

    25. JR

      Right.

    26. AF

      Down to zero pretty fast. So, what I don't get-

    27. JR

      So, it's those industries?

    28. AF

      I think that's part of it, and then it gets... You get linked to other things and then it becomes this sort of like mass, uh... You know, becomes the political pol-... They use the political polarization to sort of, you know, sort of make this happen. It doesn't ha-... And, and you look... Other countries aren't doing this, right? That's the important thing.

    29. JR

      Right.

    30. AF

      You know, other countries, there's always a little bit of climate denial going on, but we're like the only country that's got... As you can see 'cause we're the only ones who are not part of the, the Paris Accord.

  11. 48:1056:39

    Anthropocene ethics: saving ‘us’ vs saving ‘the planet,’ ice ages, and biodiversity tradeoffs

    1. JR

      Well, w- who was it that was on the podcast that was talking about climate stabilization techniques and that this is probably the future? Was it Boyan? Maybe. I don't know. Um, anyway. What people are really worried about when, when you talk to people that understand the history of the human race and the history of the earth is climate cooling. They think that climate cooling is far more terrifying than climate warming 'cause if we go into a giant ice age again-

    2. AF

      Yeah.

    3. JR

      ... I mean, way more people are gonna die, a terrible loss of resources, and it could be devastating to the human race.But that is ... Is, is that, does, is that something you agree with?

    4. AF

      Yeah. No, I don't think so. I mean, it's, it's true. You know, and here's inter- something interesting. We're kinda overdue for an ice age, right?

    5. JR

      Yeah. Well, that was the thing in the '70s. They were saying that we're in the verge of an ice age.

    6. AF

      Yeah. I mean that, you know, there, there was just a couple of guy ... I mean that whole th- You know, 'cause that, that's often something that climate deniers will throw at you, "In the '70s, every-"

    7. JR

      Mm-hmm. Right.

    8. AF

      You know, it was like, there was like one or two guys who said that, and then it got picked up on the news. But the climate community at that time was not like, "Oh my God, it's cooling."

    9. JR

      Right.

    10. AF

      But here's the interesting thing for me, and it fits into this whole idea, is that like we're holding off an ice age. Like, there may never be ... If human- humanity is successful and we navigate the, uh, Anthropocene ... You know that term, the Anthropocene, that we've now entered, we've now entered the human-dominated era. We've been, for the last 10,000 years, the geological epoch has been what they call the Holocene. That's all of human civilization happened in the Holocene. You know, it's pretty warm, it's pretty wet, moist. You know, everything's not locked up in ice. Um, and it's an interglacial period. And if we weren't around, yeah, in another 1,000, 3,000, 5,000 years there'd be another, uh, ice age. But the Anthropocene that we're triggering, um, could hold off ice ages forever, right? As long as we're around, there won't be another ice age 'cause we've already added enough warmth to the planet that it overcomes the effects that trigger an ice age. So like, what are the ethical responsibilities of that? That's what I try and tell the, you know, the environmentalists. Like, you know, you got this image like, oh, we gotta save the Earth. But they're thinking of like the Holocene. And it's like, well, you know, the, the planet, even with us, even if we successfully keep biodiversity rich and ... It's not gonna be the Earth we started with, you know, 'cause we're here. So yeah, what about the species that never form because we held off the ice age? You know? I mean, forever. Like, what about the ethical responsibility to those? So like, it opens-

    11. JR

      Boy, that is a long equation though, isn't it?

    12. AF

      Uh, in what way?

    13. JR

      T- to try to contemplate what species would've existed if we allowed the Earth to cool, and our responsibility for allowing the Earth to cool so that the potential for new species to advance.

    14. AF

      Yeah.

    15. JR

      That's like, fuck those species. Let's keep, let's keep this place warm so we can stay alive.

    16. AF

      (laughs) Well, all I'm saying, and the only reason I'm raising that ... I'm not, you know, I'm raising that because-

    17. JR

      Right.

    18. AF

      ... we don't ... When we talk about climate change, what you get sometimes with the environmental movement is this sort of like, "The polar bear, the polar bear."

    19. JR

      Right.

    20. AF

      And it's like, what I'm trying to say is look, I love polar bears. Kinda funny that polar bears are always a thing because polar bears will rip your head off and drink your blood.

    21. JR

      They're fucking ruthless.

    22. AF

      In a second. (laughs) Yeah, right.

    23. JR

      The most ruthless.

    24. AF

      Apex predator, man. But-

    25. JR

      Not only that, they're one of the rare bears that doesn't eat anything but meat.

    26. AF

      Yeah. Right, right. And so it's so funny that we're like, "Oh, polar bears." Like, uh, polar bear-

    27. JR

      My friend Kevin is a biologist and he said like when you get polar bear babies, like right out of the womb, he said they're like the p- like the alien from the chest, you know, the chest burster scene.

    28. AF

      (laughs) Yeah.

    29. JR

      He said they're literally like (chattering)

    30. AF

      (laughs)

  12. 56:3959:13

    Modeling civilization lifetimes: steady states, die-offs, collapse, and planetary feedbacks

    1. AF

      Yeah. So, you know, I mean, these are all the kinds of things that we're gonna have to work out. I, I'm hopeful. People are like, "Are you hopeful or not hopeful?" 'Cause, you know, I mean, I ran these... I did these models. One of the pieces of research we did was we modeled planets and civilizations, like alien civilizations.

    2. JR

      Mm-hmm.

    3. AF

      We, you know, developed a simple mathematical model about, you know, how a civilization will use a planet's resources to make more babies, alien babies, and then how the... You know, by using those resources, you feed back on the planet, right? And so what we wanted to do was we wanted to model the possible outcomes, like what is the generic outcome, you know? If I've got 100,000 civilizations all being born in different places, what's the... You know, in general, what happens? And what we found is, like, basically four different possibilities. One was good news. Like, in these models, there was like, you know, the, the population shoots up, the planet's temperature shoots up, but they come to a nice steady state. Like, you know, you know, the population's stable, everything's good. So there, in those models, was hope. We also saw die-off, where, like, the population, you know, skyrockets, the planet, uh... They overshoot the carrying capacity of their planet, and then you get something like 70% of the population dying off. So, like, o- you know, seven out of every 10 people you know is gone. So, you know... But then you come to a steady state. So lo- maybe if you can survive the disaster, you can... You're still there. But we also-

    4. JR

      And the real problem with surviving the disaster is how much of the information gets restored.

    5. AF

      Right, right.

    6. JR

      Because you think about if you're killing seven out of ten people, how many of those seven people are the ones who know how to make cell phones?

    7. AF

      Yeah, exactly. That's a dark age, right?

    8. JR

      Yeah.

    9. AF

      That's what happens in the Dark Age. I remember the first time I went to Europe and I saw those Roman, you know, the aqueducts, man, like five stories tall carrying water. You know, and by the, uh, 900 AD, nobody knew how they got built, you know?

    10. JR

      Yeah. There's a few of those dips in human civilization.

    11. AF

      Right, right. And so it's not clear, especially with a society as complex as ours, right? If, like, the food doesn't arrive in my grocery store, what do I do?

    12. JR

      Right.

    13. AF

      Right? You know, I garden, but, you know, (laughs) I'm not, you know...

    14. JR

      It's not enough.

    15. AF

      Not enough, right?

    16. JR

      It's not gonna keep you alive.

    17. AF

      Yeah. So for a complex civilization like ours, even if you don't go extinct, you may not be able to have this kind of civilization.

    18. JR

      Hmm.

    19. AF

      But we did find collapse. We did find complete, like, extinction curves as well, where, you know, the, uh, population went way up and then boom, dropped like a stone. And when even... We've found those... We built into the models the possibility for the civilization to switch from a high impact resource to a low impact resource, like fossil to solar.

    20. JR

      Mm-hmm.

    21. AF

      And sometimes... 'Cause, you know, planets have minds of their own, you know?

    22. JR

      Right.

    23. AF

      There's an internal dynamics to planets and you push them far enough and they're just gonna roll off. So we'd have ones where the, the population went way up, they made the switch, and then the population started to come down, the planet started to cool down and then...

    24. JR

      Did you factor in random geological events, random-

    25. AF

      No.

    26. JR

      ... solar events, random-

    27. AF

      No.

    28. JR

      ... asteroid events?

    29. AF

      This was just... Yeah. This was really all about just planet, uh, civilization and its feedback on the planet.

    30. JR

      Mm-hmm. Right.

  13. 59:131:08:48

    Planetary hazards: asteroids, impact prevention, and living on a volatile Earth

    1. JR

      That would be one of the major issues with any advanced civilizations. It's a matter of time before something happens.

    2. AF

      Yeah, yeah.

    3. JR

      Right? As we said, you know, we know that Mars has been hit before.

    4. AF

      Right.

    5. JR

      We know Earth's been hit, the moon's been hit.

    6. AF

      Yeah.

    7. JR

      Everything... I mean, the moon is one of our best roo- uh, examples.

Episode duration: 2:23:49

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