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Hey everybody, and thank you so much for
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joining us for in thee iHeart Podcast
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webinar Speaker series. We started
0:53
these Conversations shoot two
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three four years ago when we were all sort
0:58
of moving into a new world during quarantine
1:00
during COVID and we wanted to use the opportunity
1:03
to stay connected keep having good conversations
1:05
with the creators that we partner with, and
1:07
these led to some of the most interesting conversations
1:10
I've had in my life with some of the creators
1:12
that we started a relationship through podcasting
1:14
with today is really no exception.
1:17
First of all, David Eagleman, thank you so
1:19
much for hanging out with us.
1:20
Such a pleasure to be here.
1:21
We were sort of half joking all in earnest
1:24
before going live on the recording
1:26
about your bio. It's lengthy, it's remarkable,
1:29
but I want to sort of read it in full, just so folks
1:31
have a sense of your background, what you bring
1:33
to the table, and the scope of what we can talk about.
1:35
David is a neuroscientist at Stanford
1:38
University, an internationally best
1:40
selling author, a Guggenheim Fellow.
1:42
He's the writer and presenter of The Brain,
1:45
an Emmy nominated TV series
1:47
on PBS and BBC. Eagleman's
1:49
areas of research include sensory substitution,
1:52
time perception, vision, and
1:55
synesthesia. He's also studied
1:57
the intersection of neuroscience with the legal system.
2:00
In that way, he directs the Center for Science
2:02
and Law. David, you're also the author of many
2:04
books, including Live Wire, The Runaway
2:06
Species, The Brain Incognito,
2:09
and you're the author of a widely adopted
2:11
textbook it's called Brain and Behavior.
2:13
You're also the best selling book of literary
2:16
fiction Some sum
2:18
which has been translated into thirty two languages,
2:21
turned into two operas. You write
2:23
for multiple publications, The Atlantic,
2:25
The New York Times, The Economists, Discover, Slate
2:27
Wired. I want to go back to the two operas,
2:30
walk us through that piece. So was it
2:32
really turned into two operas.
2:34
Two separate operas. Yeah.
2:35
One was by Brian Eno, the British
2:37
musician who made an opera the Sydney Opera
2:39
House, and the other one was by Max Richter,
2:42
who turned into an opera at the Royal Opera
2:44
House in London. So that was just coincidence.
2:46
I didn't know either of those guys at the time. Now
2:48
they're good friends.
2:49
What was it like working with Brian YOUO? He's literally
2:52
my favorite musician, and I think I listened
2:54
to music for airports once a day
2:56
and that may be an actual number. What's it like working
2:59
with him?
2:59
Oh?
2:59
He's great, all right. He's such a smart guy.
3:01
I mean, if you met him and you didn't know that he was a
3:03
musician, you would just think he's a philosopher or
3:05
a professor of some sort. He's just such a
3:08
bright, intelligent, forward leaning
3:10
guy.
3:10
Was he one of those guys where it's like any idea
3:12
you were like, yes, that's perfect, do whatever you
3:15
want. Or was there actually push and pull
3:17
and a dialogue around what kind of opera he
3:19
turned it into.
3:20
Well, I'm sort of a moron when it comes to music,
3:22
so that was his department. But I just
3:24
participated and you know, had a great time with
3:26
the events.
3:27
Awesome. Okay, back to sort of the bullseye
3:29
stuff of what you are known for,
3:31
what you focused on a bunch. You're a neuroscientist.
3:33
You've written eight books on the interesting ways
3:35
our brains sort of interpret and communicate,
3:38
one of which is a collection of short stories. Why
3:40
is it a basic question to start with, but
3:43
why is it so important that we understand
3:45
why and how our brains experience
3:48
the world the way they do.
3:49
Well?
3:49
Fundamentally, we are our
3:51
brains, and so if you want to understand
3:54
anything about your existence here and what
3:56
this is all about, you have to
3:58
go to the three pound control center where
4:00
it's all happening. And the reason we know that is
4:02
because you know, people get brain damage
4:04
every day. We see hundreds of cases in the clinics,
4:07
and even a very small amount
4:09
of damage in your brain can change your reality.
4:11
It changes your decision making, or your
4:13
risk aversion, or your capacity to
4:16
see colors or name animals or
4:18
understand music or anything.
4:20
And so you know, if you damage a different part of your
4:22
body, you don't have that same sort of thing. Maybe
4:24
you're a little sad that you hurt your pinky or something, but you're
4:26
not different as a person. So that's how we
4:28
know that this is the densest representation
4:32
of you and of who you are. And
4:34
so fundamentally, I think this
4:36
is where philosophy has to graduate
4:39
to, is neuroscience.
4:40
Did you start out with that focus. Were
4:42
you, I don't know, eighteen in undergraduate
4:44
school saying that this is going to be it, the brain is
4:46
my life or did you sort of evolve into
4:48
it through other subjects.
4:50
A little bit of both.
4:51
My father was a psychiatrist and my
4:53
mother was a biology teacher, so in retrospect,
4:55
it's sort of obvious how I ended up here. But when I went
4:57
to university, I studied
4:59
lots of science, but I majored in British
5:01
and American literature, which is really my first love,
5:04
and I took a lot of philosophy courses and
5:06
that's what got me interested in, you know, how
5:08
could we get out of these philosophical quag
5:10
buyers and actually have something that approximates
5:13
an answer to these questions instead of
5:15
just ending each semester with question marks.
5:17
So yeah, the last semester of my
5:20
senior year, I took a neuroscience class
5:22
and then I was hooked. I knew I'd found the thing.
5:24
Do you feel like you've found some bridge
5:26
between philosophical thinking
5:28
and neuroscientific thinking or do you
5:31
feel like at no, it's still kind of
5:33
frustrating. These are really different disciplines
5:35
and it's actually hard to bridge them, and they argue
5:37
a lot. Where's your head at with it now that you've turned it
5:39
on both?
5:40
Yeah? No, I think that neuroscience has the capacity
5:42
to answer fundamental philosophical
5:45
questions.
5:46
This is one example. You know.
5:47
One argument that goes back in philosophy is
5:49
if you were born blind, you have a sense
5:52
of the three dimensional world. Is that something
5:54
that's inherent or learned?
5:55
Anyway.
5:56
One of the things that I've done in my lab, and I now
5:58
do this with a company, is we build this hardware
6:01
to pass information to the brain via patterns
6:03
of vibration, and we have done
6:05
this with people who are blind. We put let's say
6:07
a chest strap with vibratory
6:09
motors on it, and they walk around and they
6:11
can feel where everything is.
6:12
As they're walking around.
6:13
If somebody is coming towards them, they feel a vibration
6:15
and get its stronger, and then the person moves behind
6:18
them, they can feel the person moving around behind them, and
6:20
so on. And it turns out that people who are blind
6:22
immediately get this. They immediately can
6:24
map the three dimensional world to a
6:26
perception of what's going on. And so this
6:29
is just one example of many where we're able to tackle
6:31
a philosophical question and demonstrate what's
6:33
going on with it. And we've done lots of things in
6:35
the domain of time and time perception
6:38
and just generally how we perceive the world
6:40
and how that's underpinned by these mechanisms
6:43
in here, this three pound universe
6:45
in there.
6:45
And to think about these sort of very
6:48
real world practical applications
6:50
of what you study. It brings me to what
6:53
we sort of started these conversations
6:55
out of, too, which is quarantine and COVID. It's
6:58
a big basic question too. Somebody
7:00
like you see a massive dramatic
7:02
event like that to the human race. To put
7:04
it one way, do you start going in
7:06
your mind about all the different ways that this is going to
7:09
change how we think and behave, Like where does your head
7:11
go?
7:11
Yeah, sure, I've been studying this from the beginning
7:13
of it. I mean, look, we know all the ways in which
7:15
it was terrible. That list is endless.
7:18
But I do actually think there's a silver lining
7:20
to it, which is that the job of
7:22
the brain is to construct a model of the world.
7:24
So your brain is locked in silence and darkness and
7:26
it's just trying to figure out what's going on in the world,
7:28
how do I operate in the world, how do I move my body, how
7:30
do I move socially?
7:31
And so on.
7:32
And it turns out that the brain
7:34
is very flexible and good at this sort of thing,
7:36
except as it gets older it
7:38
says, Okay, I've I've sort of figured it out.
7:40
I've sort of seen all the patterns.
7:42
I know how people behave, I know what to say
7:44
and so on, and so it stops doing
7:46
a lot of changing in learning because the only
7:48
time the brain learns is when they're surprised.
7:50
So what happened with the pandemic is we all got
7:52
knocked off our hamster wheel and suddenly
7:55
nothing was the same. All of our
7:57
deeply held assumptions about you know,
7:59
okay, yeah, I can go to the store and get toilet paper
8:01
on Aisle six.
8:02
That's always going to be whatever.
8:03
Suddenly everything changed and the toilet
8:05
paper was out, and the Starbucks was closed,
8:07
and the bank was closed. All these things that we could
8:10
have never imagined happened all at once
8:12
in March of twenty twenty, and as a result,
8:14
we were forced to exercise
8:17
our brains in a way that we would not have
8:19
had the opportunity to do otherwise. And
8:21
that's actually really healthy for the brain. It's
8:23
the best thing you can do for your brain is
8:25
to constantly challenge it. And this, by
8:27
the way, is really the best thing we
8:29
know for dementia's like Alzheimer's.
8:32
The way to at least fight back
8:35
against that is to constantly challenge
8:37
your brain with novelty. So anyway, in a
8:39
sense, that's what happened to all of us from the pandemic.
8:41
That is fascinating.
8:42
It's a very very cool way to look at
8:44
it.
9:01
It's funny.
9:02
I was thinking, as you were talking about ten years
9:04
ago, I bought a motorcycle. I had no idea
9:06
how to ride one. I felt similar
9:08
For about the first tear riding it, I felt
9:11
like I have no idea what I'm doing, But I
9:13
definitely felt I don't know, more alive, younger,
9:15
more observant in trying to learn
9:17
this totally foreign thing. Today, I try to
9:20
hide it all the time because I have two teenage
9:22
sons and I don't want them riding it. But I
9:24
relate to that. It's sort of when you're knocked sometimes
9:26
literally off balance, you're in a different
9:29
mode. Your aperture is a little more open.
9:31
Is that what you sort of witnessed people doing
9:33
during quarantine a little bit? Yeah?
9:35
I mean yes, And it's hard to witness it because
9:37
everyone was so depressed and you know, there were one hundred
9:39
other problems going on. But okay, here's my totally
9:42
speculative statement, which is that when we
9:44
look, you know, fifty years from now, we're going to
9:46
see a slight decrease in dementia's
9:48
that happened as a result of everyone
9:51
having to really exercise their brains
9:53
and figure new things out. I mean, everyone figured out
9:55
new professions, new ways to set up studios
9:57
in their home, new ways to run their business.
9:59
I mean people were just really exercising
10:01
their brains in ways that they wouldn't have if
10:04
everything had been the same in twenty nineteen.
10:06
And by the way, had you grown up in a world where
10:08
everybody drove motorcycles and then
10:10
you got a truck and no one had
10:12
one of those, you'd be having the same sort
10:15
of thing of like, wow, look at this, the size
10:17
of this, the power of the fact that I don't have win
10:19
in my fit. You know, you'd have all these things that are
10:21
just making your brain think about things
10:23
differently.
10:24
Awesome. So you've partnered with the iHeart podcast
10:26
network on a show called inner Cosmos.
10:29
Just talk about what the phrase means for a second.
10:32
Yeah, so that's my phrase for what
10:34
is happening inside here.
10:35
I grew up watching.
10:36
Carl Sagan and Cosmos and
10:39
I loved it as a child so much.
10:41
And what struck me is I, you know,
10:43
became a neuroscientist, got a PhD, into
10:46
a postdoctoral fellowship and venture professorship
10:48
and so on, is that what we have in
10:50
here is the inner cosmos, which
10:52
is really just as mysterious fundamentally
10:55
as what's going on out there. And we're
10:57
just starting to send you know, a little rocket
10:59
pro was in there to even understand
11:01
the whole alien computation that's happening
11:04
in there. So to my mind, that is as
11:06
exciting and possibly more exciting that what's going on
11:08
in the cosmos out there, because we've got this cornered
11:11
we've got this three pound organism
11:14
corner. So that's what the show
11:16
is named after, and what it's about
11:18
is I'm using sort of the freakonomics
11:21
model of doing this, where each episode
11:24
is some weird question that I pose,
11:26
and then I'm doing this as a monologue
11:28
and for about forty forty five minutes,
11:30
I unpack this weird question
11:33
in three acts and I get to explore
11:36
these issues.
11:37
That are really revealing.
11:38
They shine light on what it is to
11:40
be a human and to have experience and have a
11:42
life and so on. So, just as an example, the first
11:44
episode is called does time really run
11:47
in slow motion?
11:47
When you get in a car accident?
11:49
And this was based on when
11:51
I was a child, I had a life threatening
11:53
experience. I fell off of the roof of a house and
11:55
everything seems to take a long time. And I ended up
11:58
collecting hundreds of imports
12:00
from people who said that time seemed
12:02
to run a slow motion for them. You know when they were in a car
12:04
accident or a gunfight or something like that. And
12:06
so I realized no one had ever studied this
12:08
in neuroscience before.
12:10
And the answer is obvious why.
12:11
It's because you can't replicate this unless you stick
12:14
someone in a truly life threatening situation.
12:16
But I figured out how to do that and I measured
12:18
this. So I won't tell you the answer. You have to
12:20
listen to the episode. But this
12:23
is just one example of this. And
12:25
I've got a million interesting questions
12:27
about our lives and who we are and
12:29
how we make decisions and how we operate in the world.
12:32
And that's what the show's about.
12:33
It's the intersection between neuroscience
12:35
and our lives.
12:36
And smudge of it, too, is just these adages
12:39
that we've used a bunch and take for granted
12:41
but just don't understand, but that actually
12:43
may be grounded in some truth, like time
12:46
slowing down when you're having a traumatic event.
12:48
I think there is a topic that you've talked a
12:50
decent amount in your career called synesthesia,
12:53
and I think it's sort of popularized
12:55
here and there, probably pretty widely
12:57
misunderstood, but to the extent that I
12:59
know, it's deeply fascinating.
13:02
Just talk through that a little bit. First of all, how you
13:04
got into it, how it got on your radar, But then what
13:06
it is, how we misunderstand it.
13:07
Maybe, Yeah, So I'll tell you what synesthesia is.
13:09
It's a blending of the census. So someone synesthesia
13:12
might look at letters or numbers and that triggers
13:14
a color experience, or they hear a piece
13:16
of music and it triggers something visual for them.
13:18
Or they hear something and it puts a taste in their
13:20
mouth, or they taste something and puts a feeling on their fingertips.
13:23
You know, it's just a blending of the senses.
13:24
They are about one hundred and fifty different flavors
13:27
of synesthesia that my colleagues and I have documented.
13:29
Now, the reason I got into it is not
13:31
because I have synesthesia, but because I understood
13:34
this is a very powerful inroad into
13:36
understanding consciousness. Because synesthesia
13:38
is not considered a disease or disorder.
13:40
It's just an alternative perceptual
13:43
reality.
13:43
So about three to five percent of the population
13:45
has synesthesia, and they're just experiencing
13:48
the world differently than you are or than
13:50
I am. And what that demonstrates
13:53
is the way that the brain constructs
13:55
reality and how that can be different from head to head.
14:14
Maybe loosely related to it. You
14:17
did a TED talk on broadly
14:19
speaking the idea of creating new senses
14:22
for humans. Yeah, it's an awesome
14:24
TED talk. I want everybody to listen to Inner
14:27
Cosmos the podcast. They should also go
14:29
watch this, But for those who haven't
14:31
seen it or who might check it out later today,
14:33
just give us a preview, like, what is that idea about
14:35
of new senses for humans? Yeah?
14:37
I got really interested in how the brain,
14:39
locked in silence of darkness constructs any of
14:41
this. For example, you know, colors don't exist in the outside
14:44
world. All you have is electromagnetic radiation
14:46
of different wavelengths, and your brain constructs
14:49
this private, subjective experience of
14:51
blue or red or green or some And you
14:53
know, sound doesn't exist as
14:55
such, It's just air compression waves that are
14:57
moving around. And yet I hear a beautiful
14:59
piece music or my wife's voice
15:01
or.
15:02
Things like that.
15:02
And so anyway, this is all happening inside
15:05
the inner cosmos here. And so I got really
15:07
interested in this question of could you create new
15:09
senses by pushing new kinds of
15:11
data streams in there. So I ended up building
15:14
a vest with these vibratory motors
15:16
on it. I sort of referred to this before, and it
15:18
captures sound. So for people who are deaf,
15:20
I have the vest captures sound and it puts
15:23
patterns vibration that represent the sound,
15:25
which is, by the way, exactly what your inner ear
15:27
normally does. Your inner ear captures
15:29
sound and it breaks it up from high low frequency
15:32
and it ships it off to the brain in these little
15:34
electrical spikes. So I'm doing the same thing
15:36
through the vest, but capturing sound
15:38
as patterns on the skin which goes
15:40
up the spinal cord as patterns of spikes.
15:43
And it turns out it works and deaf people can
15:45
come to here that way, and it's
15:47
this incredible thing. So I spun a company off
15:49
of my lab called Neosensory, and
15:51
in the intern we've shrunk it down to a wristband which
15:53
has vibratory motors on. It's doing the same thing, and
15:55
we're now on risks all over the world. So for people
15:57
who are deaf, this capture sound and replace
16:00
is there here. And what's cool is that although
16:02
we actually have three different hearing products on
16:04
the market, but we have seventy projects
16:07
that are in development where we're trying
16:09
to extend new sentences in
16:11
other ways, like can you see infrared light?
16:13
Can you develop a direct perceptual experience
16:15
of a light that we can't normally see? Or stock
16:18
market data or satellite data or Twitter,
16:20
or you know, flying a drone and you feel
16:23
the pitch yaw role, orientation and heading
16:25
of the drone on your skin.
16:26
This sort of thing.
16:27
Do you sort of see out ten fifty
16:29
one hundred years a different way that people
16:32
think and behave based on, Yes, some
16:34
of the products you're making, but like, do you have
16:36
this constant running thought in the background of
16:38
Like, guys, you have no idea what being
16:41
a human is going to look and feel like in
16:43
one hundred years from now.
16:44
Oh, I absolutely think that. And by the way,
16:46
we don't know what it's going to look like. I mean, in other words,
16:48
those of us who are creating new things and so on can
16:50
only speculate about what it's going to look like. But what I
16:52
know for certain is that we
16:55
have more in
16:57
common with our ancestors
17:00
a thousand years ago than we
17:02
do with our descendants one hundred years from
17:04
now.
17:04
It's fascinating and I mean I don't want to
17:06
overlay this notion on but are you hopeful?
17:09
Are you like? Look, we have powers inside
17:11
the inner cosmos, as you put it, that we have
17:13
yet to sort of click together and put to work.
17:15
Not to put words in your mouth, but that's sort of how it seems.
17:18
And also it's trending in a good direction.
17:21
The smarter, more capable, more multifaceted,
17:24
whatever the right word we get, the better will
17:26
be, which is a loaded term. I get that, But where's
17:28
your head on that? Yeah?
17:29
I mean, I mean generally, I'm extremely optimistic
17:32
about where everything's going. All technologies,
17:34
every development in science and anything
17:37
comes with good and bad. You know, if you figure out nuclear
17:39
power, you get bombs,
17:42
and you also get nuclear power plants that fund
17:44
whole cities, so you know, everything is good
17:46
and bad. But in general, I'm
17:49
super optimistic about where we're going. And this is true
17:51
of the machines we've been building anyway since the
17:53
Industrial Revolution. We've just made life
17:56
better and easier, by which I mean we don't waste
17:58
time. You know, washing our blows down
18:00
by the river, you just toss them in washing machine.
18:02
What's going on now is there's such a revolution
18:04
happening in AI. Just in the last few months,
18:06
I mean, twenty twenty three has been extraordinary for
18:09
this. In fact, one of my next podcast episodes
18:11
is going to be about what generative AI means
18:13
for creatives like artists and writers,
18:16
which I'm you know, I'm a fiction writer. You know, I'm going to talk
18:18
about this issue at length, But I think it's
18:20
terrific. We're building new machines all
18:22
the time that free us up from stuff we
18:24
don't have to do and really takes
18:27
advantage of our human creativity
18:29
to be able to make things better
18:31
and faster.
18:32
Is there a part of you that thinks, you know, there's
18:34
these concerns science fiction or not, that AI
18:37
will outpace the human intellect at
18:39
some point you'll have technological singularities
18:42
or what have you. Is there a part of you this sort
18:44
of response that, well, no, I mean, we understand
18:47
a fraction of what the human brain is capable
18:49
of to begin with. How do you sort of true
18:51
those two things up?
18:52
Yeah, Well, there's two aspects of this. So one is
18:54
what you said, which is absolutely correct. We haven't even
18:56
scratched the surface of what we can do with the human
18:59
brain. For example, this thing about building new senses.
19:01
That's what I'm working on, and there's just so
19:04
much to be discovered there. But the second
19:06
thing is, of course AI will outpace
19:08
us, but it'll be in very narrow paths.
19:11
So, for example, we have very long time
19:13
built machines that outpace our physical
19:16
strength. You know, I'm fairly strong, but
19:18
I can't compete with a crane or a bulldozer
19:20
or something like that.
19:21
And that's great, and none of us fret about
19:23
that. And it's the same thing.
19:24
We will have AI that does particular
19:26
tasks for us, by the way, in the way that we have it now.
19:29
For example, Hi, Excel spreadsheet, I
19:31
want you to add these three thousand
19:33
numbers together.
19:34
That's smarter than I am. It can do in a second.
19:36
I can't.
19:37
It would take me a month to do it, Thank goodness,
19:39
Thank goodness, we have that. So you know the
19:41
fact that we have AI on our phones
19:43
that can tell us, hey, here's how to drive from
19:45
here to there.
19:46
Thank goodness.
19:46
I don't have to have a fold out paper map and look
19:49
at everything every time. So of course
19:51
it'll outpace us, but in the ways that we build
19:53
it to, in the ways that we want it to I.
19:55
Want to land at the end here just on podcasting
19:58
very specifically, Like I said, it's usually excuse
20:01
with which we have these conversations. We
20:03
at iHeartMedia sort of fell in
20:05
love with this medium five or six years
20:07
ago. We've been making podcasts for fifteen or sixteen
20:09
years, but really decided this is a truly
20:12
awesome new medium to create
20:14
tell stories in. And one of the joys in the
20:16
last four or five six years has been seeing
20:19
other creators use the medium
20:21
in really sort of surprising and awesome
20:23
ways. So Will Ferrell using it
20:25
to recruit, develop and
20:27
break new comedic talent, Shonda
20:30
Rhime's using it to tell cool new audio
20:32
dramas, Malcolm Gladwell using it
20:34
in a variety of ways. How do you think
20:36
about it, Why did you choose podcasting as a
20:38
way to communicate, and maybe specifically what so
20:40
far has been sort of nicely surprising
20:43
about the medium that you might not have known previously.
20:45
You know, I've done as you said at the beginning, I've
20:47
written lots of books. I've been doing that in my whole life. I
20:49
read lots of articles, and I've been
20:51
doing a lot of television last yeveral year so I made a PBS
20:54
series called The Brain. I made a thing on Netflix
20:56
called The Creative Brain. But this was
20:58
a medium that kept it, like
21:01
a will of the wisp. I just I kept seeing it in
21:03
the distance and getting really interested in.
21:05
And the thing that I've found so far.
21:06
That's so lovely about it is
21:08
that I can generate
21:11
an episode so much more
21:13
rapidly than I can write, let's say, five thousand
21:15
words in a book. Because in a book, I torture myself
21:17
over every sentence and I try to make it
21:19
the most perfect, beautiful sentence ever, with
21:21
the perfect adjective and.
21:23
So but when I'm doing a podcast, I
21:25
can just speak.
21:25
It's like I turned the faucet open,
21:28
and I can talk about the things that I think are amazing
21:31
and I don't have to kill myself over the exactitude
21:33
or the phrasing. So that's what I have found
21:35
to be wonderful about it. And I
21:38
am, as I mentioned right now, I'm doing.
21:40
The whole thing is monologues, but I'm very
21:42
interested in doing all kinds of explorations.
21:44
I'm going to.
21:45
Include little blips of interviews that I do with
21:47
friends here and there.
21:48
I'm going to try other things.
21:49
I'm going to try all kinds of ways
21:51
of doing it and see what works best for me.
21:54
Awesome. I think that is the exact right
21:56
way to use the medium too, and so so psyched.
21:58
David and everybody listening today, please
22:00
take a second subscribe to and listen
22:02
to the new podcast from David
22:05
Eagleman inter Cosmos in partnership
22:07
with the iHeart Podcast Network. David, thank you so
22:09
much for hanging out today. It means a lot to us.
22:11
It's deeply interesting and really really
22:13
grateful.
22:14
Great, thank you so much for having me.
22:15
Everybody, thank you so much for hanging out with us too.
22:17
We will see you next week for another episode.
22:20
Everybody, take care, Be well.
22:32
Conversations is a production of iHeartRadio.
22:34
You can find more from the biggest names in podcasting
22:37
on the iHeartRadio app or wherever you get
22:39
your podcasts.
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