WEBVTT

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Matt Abrahams: The best communication
is architected for understanding.

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My name is Matt Abrahams, and I
teach strategic communication at

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Stanford Graduate School of Business.

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Welcome to Think Fast
Talk Smart, the podcast.

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Today I am really excited
to speak with Astro Teller.

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Astro is a computer scientist,
entrepreneur, and inventor.

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He serves as Captain of Moonshots
at X, Alphabet's Moonshot Factory,

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where he oversees audacious,
high impact technology projects.

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He has written two novels, and the
nonfiction book, Sacred Cows: The

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Truth About Divorce and Marriage
that he co-wrote with his wife.

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He's also a new podcaster,
hosting the really fun and

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insightful The Moonshot Podcast.

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Welcome Astro.

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I am super excited to
be chatting with you.

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I've been excited ever
since we arranged this.

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Thank you for being here.

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Astro Teller: Thanks for having me.

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Matt Abrahams: Excellent.

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Shall we get started?

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Astro Teller: Yeah, let's do it.

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Matt Abrahams: To begin, I'd love
for you to define for our audience

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what you mean by a moonshot.

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Astro Teller: Sure.

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So we think of this as the blueprint for
moonshots, and in order for us to have

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something that counts as a moonshot,
it has to have three components.

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One, there has to be a huge
problem with the world that you

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can name and you wanna solve.

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Number two, there has to be some kind of
radical proposed solution that, however

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unlikely it is, you could make that thing.

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This is like a science fiction
sounding product or service.

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We could agree ahead of time if
you could make it, it would resolve

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that huge problem with the world.

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And then three, there has to be some
kind of breakthrough technology that

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gives us at least a glimmer of a hope
that we could make that science fiction

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sounding product or service that would
solve that huge problem with the world.

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Once you have those three
things, we're not done.

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That means you have a moonshot story
hypothesis, you have a testable

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hypothesis, and from there the question
is how quickly can we verify that you're

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wrong so we can move on to the next idea?

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Because anything that fits those three
criteria that I just named, exciting

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as they are, it is exactly because it
is so unlikely to work that we have to

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be constantly pursuing the reality that
each one of them is likely to be wrong.

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Matt Abrahams: So the goal is actually
to come up with these audacious

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ideas and strivings and then to as
quickly as possible negate them.

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Astro Teller: Yeah, of course, we want
any particular moonshot we come up with

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to turn out to be a once in a generation
opportunity for the world, but since most

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of them aren't, wanting to win, wanting
to get it to be right, each time leads to

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sadness after sadness, and denial kicks in
that slows up the efficiency of being the

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learning machine that we would aspire to
be, verifying which of the many that we've

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started is in fact worth doubling down on.

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Matt Abrahams: You said several things
there I wanted to dive deeper into.

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So you see this as learning, and
it's a learning machine, as you

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said, which leads me to wonder, is
there a particular type of mindset

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that you try to bring about in your
organization that looks at it this way?

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Because many people don't
think of projects this way.

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They start a project, they want it
to be successful, not let's start

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a project and figure out all the
reasons why it won't be successful.

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Can you talk a little
bit about that mindset?

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Astro Teller: Sure.

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Lemme give you one or two examples.

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I mean, the first is, if you were
working at X, I would say, can we

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pre agree, before you've come up with
something and then fallen in love with

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it, that if it's a one in a hundred
chance of working, it has a ninety-nine

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percent chance of not working.

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Which means that if you tie your
sense of self-worth to getting a

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yes, you're just lying to yourself.

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You think that you are the one
percent and you're always gonna win.

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But this can't be Lake Wobegon,
where we're all above average.

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So that's one way to help put
some intellectual guardrails

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around what we're about to go do.

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Here's another way of doing it.

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Think of the last really hard
thing that you and a team did.

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I'd ask each of your
listeners to think about that.

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Now, imagine you lose all of the hardware,
all of the software, anything except

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what's in your and your team's heads.

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How long, once you've succeeded,
would it take for you to go

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back and rebuild the solution?

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Having already verified what it is.

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Most people say somewhere between five and
twenty percent of the time that it took.

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And for moonshots, it's much closer
to five percent than twenty percent.

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Let's call it ten percent on average.

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What are we gonna call that
other ninety percent of the work?

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It's learning.

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Most of the work isn't the making of
stuff, it's the learning what to make.

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And the more you are shooting over the
horizon, which is what a moonshot is,

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the more of the journey is exploration,
not the settling that happens afterwards.

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So if you agree conceptually,
intellectually that we're on a

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learning journey, then scary as it
is to be wrong, we need to focus on

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the moments where we learn something.

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And when do you learn something?

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You learn something when you have
a model about the world, and then

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in some way you get some data
that tells you you are wrong.

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You learn nothing when you're right.

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At best, you deepen grooves in your brain.

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If you are wrong, whatever else
we wanna call it, that feels bad.

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That's a failure of a kind.

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If you hate failure, you will emotionally
avoid that moment, which means

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you're emotionally avoiding learning.

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If we just agreed we're gonna spend
ninety plus percent of our time

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learning, then we need to destigmatize
failure so we can have our learning

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loops be as tight as possible.

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Matt Abrahams: So a moonshot mindset is
really about seeing learning as the goal.

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How do you inculcate and support
that, and how do you produce

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anything if, for many companies,
productivity is what's the goal?

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So how do you produce the amazing things
that you've done and help people see

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learning as the goal, not productivity.

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Astro Teller: It's very hard to
prevent people from chasing progress.

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Even at X, there's a decent amount
of it, even though I'm constantly

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going around trying to stamp it out
and redirect people towards learning.

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So it's not hard for the end result
of a lot of learning to turn into

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something very valuable that looks
ultimately like great progress.

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During the journey, the thing that
is hardest to fight is you feel,

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especially, once you've done some
learning and you've found something

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that works, it's so hard for you as
an X'er not to feel like I found it.

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I'm right.

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Now, just let me build it and
then I'll give it to the world

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and we're gonna be great.

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And I just have to say, we, the leadership
at X, have to say over and over again,

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I know it feels like you found it and
you know more about the teleporter, if

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that's what you're working on, than I do.

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But I'm telling you from induction,
having watched this hundreds of

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times, now you are not correct yet.

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You have a lot to learn.

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And what you think is the
answer isn't the answer.

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It's not that I don't want you to be
right, it's just my experience tells

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me you have a lot more to learn, so
I need you to stay in learning mode.

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Keep your humility and your
curiosity really high for

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another two or three years.

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It's helping people to do
that that's really hard.

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Matt Abrahams: I find it really
interesting that humility and

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curiosity are what keep the
flames going for learning.

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How do you capture the learning
across the different teams?

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We had Amy Edmondson on, and she talks
a lot about the right kind of failure,

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and learning from the failure, and
the processes you can put in place.

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What are some of the best
practices you've implemented?

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So if somebody learns something,
that learning is cascaded so others

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can benefit from that learning.

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Astro Teller: There's a
bunch of different ways.

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The truth is, some of it is just
institutional knowledge, and that's

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sort of a background radiation that's
very real at X. There are lots of things

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that we capture, we actually have a
document called headwinds and tailwinds

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to remind us of some of these learnings.

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These kinds of things tend to
be tailwinds in our experience.

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These kinds of things
tend to be headwinds.

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That doesn't mean you can't
ignore one of them if you want

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to or if you think it's worth it.

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But these are good reminders
from the past that we've learned.

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We have maybe twenty percent
of the people who work at X

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aren't on one of the projects.

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They're in these central teams.

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So this is like finance, legal, public
policy, some business development, a

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lot of sort of hardware prototyping.

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And what happens is they go over
here and they help the teleporter

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team, and then they go over here
and they help the time machine team.

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And so they act as a kind of vector
transplanting interesting ideas and

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learnings from one team to another.

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So even if those teams don't talk to
each other very much, because they share

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these central teams, the central teams
can move good ideas back and forth.

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Matt Abrahams: So you actually have a
structural element where there are people

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spoke and hub and the those folks in
the hub bring those learnings across.

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I find that really helpful for
other people to think about in their

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organizations, how they might do that.

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Astro Teller: Yeah, it is hub and
spoke from a help perspective, but

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it is not, as the concept of the
visualization of hub and spoke might

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imply, a highly top down process.

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Discovery is mostly a bottoms up process.

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It's very hard to dictate, so you
have to create some structure and

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guardrails, but then let people
be pretty free range within those

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guardrails, or they won't ultimately
find things that are unexpected.

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Matt Abrahams: So you have to have
just enough boundary setting to keep

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things moving forward, but not so
much that people can't be creative.

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And we've seen that a lot.

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We've talked a lot about improvisation
and how that mindset helps.

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And in improv, they have some rules and
that's what allows for that creativity.

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Astro Teller: Right.

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Let me give you an example.

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Obviously we have to have a
performance management system.

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It'd be weird if we didn't.

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The temptation across the whole world,
so including at the Moonshot Factory, is

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to have our performance management system
be one that rewards people for outcomes.

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You rang the bell.

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You got the million dollars
or the big deal you signed.

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Good for you.

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Bonus promotion, whatever that is.

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That is the death of radical innovation.

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Because if I'm asking you to do things
that have a one in a hundred chance of

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success, and then you get rewarded on the
basis of a yes of a success, you'll very

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quickly learn to pretend you're doing
radical innovation, but find ways to get

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the safety of like, okay, maybe it's not
as radical, maybe it's not as innovative,

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but I'll dress it up so it looks like
that, and I'm pretty sure I can make

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this work even if it's not that exciting.

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And so I'm gonna focus on this
thing because I know I'm only gonna

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get rewarded when I get a yes.

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All humans will do that.

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And so the performance management system
we have directs people back towards

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the habits, not towards the outcomes.

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What are the kinds of things like humility
and curiosity that tend to have wild

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success as a long-term side effect?

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And then you have to trust, and this is a
big scary trust fall, that those outcomes

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will happen when you focus on the habits.

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Matt Abrahams: And you have
good evidence that will happen.

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It's harder from a management point of
view to measure those kind of things

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versus did you ring the bell or not?

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That's a very binary, easy thing to do,
so you have to have more flexibility and

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openness as managers, I guess as well.

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Astro Teller: Yeah, and this is a struggle
to this day at X. It is so much harder to

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train managers to hold people accountable
to habits rather than to outcomes that

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they routinely will try to find ways to
hack the systems so that they can reward

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people for outcomes, or they'll gripe
about their performance management system.

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I get it, and that's an example where
we're trying to create some guardrails.

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Let them use some creativity within
those guardrails, but also make sure

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that they're pointed in this case towards
the habits rather than the outcomes.

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Matt Abrahams: I really like
this idea of rewarding people

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for habits, not for outcomes.

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I want to take a step back.

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We haven't actually heard
from you an example or two of

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what you guys have created.

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Can you share one moonshot that
was successful so we can have

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an appreciation of the different
types of things you work on?

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Astro Teller: Let me give a few examples.

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Google Brain, which is one of the
places that caused the explosion of

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industrialized machine learning that is
now the sort of hot topic in the world,

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that came from X. That's an example.

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Uh, the self-driving
cars now called Waymo.

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Those came from X. Uh, Wing, the drones
for package delivery, which are actually

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doing almost as well as Waymo and people
haven't caught on that it's going to

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be as big a deal, that came from X.
And I will give some more examples,

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but let me use Waymo as an example.

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So this is now fifteen years ago.

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Huge problem with the world.

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More than a million people a
year die in car accidents in the

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world because of human error.

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More than a trillion dollars is
wasted between sitting in traffic

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and all of the costs of the
accidents, even leaving death aside.

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Between a million lives and a trillion
dollars, that's a problem worth fixing.

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Radical proposed solution.

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What if, just like we got to the
place with elevators where we

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realized you didn't have to have
a human driving the elevator.

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You could just trust the
elevator to drive itself.

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We could get behind the idea that if they
could drive themselves, we could get to

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the place where these metal boxes, like
an elevator, take the passengers where

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they need to go, and you just push a
button and say, here's where I want to go.

00:13:35.234 --> 00:13:37.755
And it takes you there much safer.

00:13:37.994 --> 00:13:41.895
And there's all kinds of benefits,
including, maybe particularly, the lives

00:13:41.895 --> 00:13:48.015
that are being saved because those metal
boxes can now take themselves there much,

00:13:48.015 --> 00:13:49.935
much safer than a human driving the car.

00:13:50.715 --> 00:13:52.694
So that's the radical proposed solution.

00:13:53.025 --> 00:13:59.415
And then there was a set of, at the time,
new technologies, how to coordinate lidar,

00:13:59.505 --> 00:14:03.990
radar, and cameras around a vehicle.

00:14:04.260 --> 00:14:08.699
There had been some evidence, before
we started on what is now called

00:14:08.699 --> 00:14:11.610
Waymo, from the DARPA Grand Challenges.

00:14:11.910 --> 00:14:17.939
The first of which in 2006
was one by Stanford here.

00:14:18.180 --> 00:14:19.709
That car was called stanley.

00:14:20.045 --> 00:14:22.595
Matt Abrahams: And DARPA, just so people
understand, is something that the US

00:14:22.595 --> 00:14:26.765
Federal Government, it's a funding
source for creative ideas that can

00:14:26.765 --> 00:14:28.444
be used for defense and other things.

00:14:28.444 --> 00:14:28.985
Astro Teller: Exactly.

00:14:28.985 --> 00:14:31.805
And so there was this worldwide,
or at least countrywide, grand

00:14:31.805 --> 00:14:35.015
challenge that was announced about
cars that could drive themselves.

00:14:35.194 --> 00:14:40.115
And while even in the second time
it was run, there were three groups

00:14:40.115 --> 00:14:43.655
that completed the hundred and fifty
miles, they were out in a desert.

00:14:43.655 --> 00:14:48.005
It was one one thousandth the difficulty
of what Waymo currently has to do,

00:14:48.485 --> 00:14:51.555
but it was enough evidence that
maybe it just, maybe it was time.

00:14:52.290 --> 00:14:55.620
Matt Abrahams: I love that example
and many people listening perhaps

00:14:55.620 --> 00:14:59.130
have not seen a Waymo or been in
one, I have, and where I live is

00:14:59.130 --> 00:15:00.660
where a lot of them were tested.

00:15:01.080 --> 00:15:02.250
So I'm a little more used to it.

00:15:02.550 --> 00:15:05.760
It is freaky to be in the back
of a car that has no driver, but

00:15:05.760 --> 00:15:07.950
it is absolutely cool as well.

00:15:08.250 --> 00:15:11.580
I want to come to something
that you just did.

00:15:11.700 --> 00:15:15.330
You just told us, not just about
Waymo, but you told us a story.

00:15:15.840 --> 00:15:19.950
How important is storytelling in
defining and realizing moonshots?

00:15:20.339 --> 00:15:22.775
Astro Teller: I think storytelling
is phenomenally important.

00:15:23.535 --> 00:15:27.824
But I watch people at the Moonshot Factory
get a little bit confused about this.

00:15:28.035 --> 00:15:32.265
At least when I say storytelling,
I don't primarily mean marketing

00:15:32.415 --> 00:15:34.064
or just getting someone excited.

00:15:34.395 --> 00:15:39.795
I mean, if you worked at X and you're
proposing that we start a moonshot for

00:15:39.795 --> 00:15:44.805
teleportation, let's say, I need from
you an architecture of understanding.

00:15:45.645 --> 00:15:47.594
Where are we trying to go?

00:15:47.954 --> 00:15:51.645
What makes us think we might be able
to get from where we are to there?

00:15:52.005 --> 00:15:54.314
And how should we interpret
things along the way?

00:15:54.314 --> 00:15:57.675
What's that set of lily
pads that you can envision?

00:15:58.095 --> 00:15:58.905
You'll be wrong.

00:15:58.935 --> 00:16:03.555
I'm fine with the fact that you're wrong,
but if you can't paint that picture

00:16:03.645 --> 00:16:08.865
so that we have a hypothesis to test,
it's very hard to get behind the idea

00:16:09.225 --> 00:16:13.395
that the upside of getting there will
be worth the risks if you can't even

00:16:13.395 --> 00:16:18.555
paint an idealized picture of how we
would get there in a controlled way,

00:16:18.555 --> 00:16:22.125
where the costs aren't out of control,
where nobody gets hurt, et cetera.

00:16:22.530 --> 00:16:26.070
Matt Abrahams: The idea of an architecture
of understanding is what a story provides.

00:16:26.070 --> 00:16:29.340
And the outcome of the story for you
that's important is a hypothesis that

00:16:29.340 --> 00:16:34.170
can be tested, and that's a really unique
way, I think, of looking at storytelling.

00:16:34.590 --> 00:16:38.310
So you've added podcast host to your
list of titles and accomplishments.

00:16:38.490 --> 00:16:42.510
What do you think about the hosting gig
and what motivated you to start the show?

00:16:42.510 --> 00:16:43.740
I listen and I love it.

00:16:43.740 --> 00:16:44.550
I've learned a lot.

00:16:44.550 --> 00:16:47.340
It's really cool for me to be
in person with you after having

00:16:47.340 --> 00:16:48.840
listened to you in my headset.

00:16:49.080 --> 00:16:49.890
What brought it about?

00:16:50.300 --> 00:16:52.850
Astro Teller: First, if people are
interested, they can just look up

00:16:52.850 --> 00:16:56.070
Moonshot Factory, Moonshot Podcast.

00:16:56.070 --> 00:16:59.780
We were turning fifteen years old and
at least one of the things was, you

00:16:59.780 --> 00:17:02.930
know, we're trying to get a little
bit less secret and we wanted to

00:17:02.930 --> 00:17:08.120
start exposing some of how we work and
what we've done, what we've learned.

00:17:08.570 --> 00:17:13.580
Partly because we want to empower other
people to take their own moonshots and

00:17:13.580 --> 00:17:17.870
giving them that learning opportunity,
hopefully gives them a boost.

00:17:18.204 --> 00:17:24.024
Rather than me, just blah, blahing about
moonshot taking, what we've done is we've

00:17:24.085 --> 00:17:28.764
sliced it up into about fifty minute
episodes, ten of them in the first season,

00:17:29.065 --> 00:17:33.885
where we've given people who've come
through The Moonshot Factory a chance to

00:17:33.885 --> 00:17:36.135
tell their stories, what they've learned.

00:17:36.135 --> 00:17:38.625
So you get to hear in the
first person what it was like

00:17:38.625 --> 00:17:40.395
to be taking those moonshots.

00:17:40.665 --> 00:17:43.815
And these are some people who
are now luminaries in their

00:17:43.815 --> 00:17:48.405
field, Sebastian Thrun, or Andrew
Ng, or Jeff Dean, and others.

00:17:48.675 --> 00:17:50.865
And how did we get to
something like Google Brain?

00:17:50.865 --> 00:17:54.585
How did we get to something like
Waymo, the self-driving cars?

00:17:55.065 --> 00:17:59.730
And when you hear from them the mistakes
they made or those initial things that

00:17:59.730 --> 00:18:04.440
gave them the faith to start, that,
that seed crystal that they thought

00:18:04.440 --> 00:18:09.240
was worth building on, I hope it then
helps other people, not only understand

00:18:09.270 --> 00:18:13.260
us and the moonshots we take, but
inspire them to go do some of their own.

00:18:13.560 --> 00:18:16.470
Matt Abrahams: It's very inspirational
and it's really cool to hear in

00:18:16.470 --> 00:18:18.090
their own words what they've done.

00:18:18.480 --> 00:18:19.920
And there are learnings that come.

00:18:19.920 --> 00:18:23.370
I have listened and thought
differently about ways I team with

00:18:23.370 --> 00:18:26.820
people and the ways that I think
about the decisions I need to make.

00:18:27.420 --> 00:18:30.330
So I'm excited that you're doing it and
I'm excited to listen to season two.

00:18:31.590 --> 00:18:34.170
Before we end, I ask all
my guests three questions.

00:18:34.170 --> 00:18:36.660
One I create just for you, and
then the other two are similar.

00:18:36.660 --> 00:18:37.230
Are you up for that?

00:18:37.320 --> 00:18:37.710
Astro Teller: Sure.

00:18:38.160 --> 00:18:40.110
Matt Abrahams: I'd be very curious,
what's a current moonshot you're

00:18:40.110 --> 00:18:42.030
working on that has you really excited?

00:18:42.480 --> 00:18:44.129
Astro Teller: We started
this about eight years ago.

00:18:44.129 --> 00:18:46.379
This is very typical of
the moonshots we take.

00:18:46.590 --> 00:18:50.160
They seem crazy when we start them,
and then at least occasionally, much

00:18:50.165 --> 00:18:53.580
later, they turn out to be in the
right place at the right time, is

00:18:53.580 --> 00:18:55.950
a moonshot for the electric grid.

00:18:56.220 --> 00:19:00.580
It turns out that everyone would
like to make software that helps the

00:19:00.580 --> 00:19:02.560
electric grid get better, including us.

00:19:02.740 --> 00:19:04.030
And you can't.

00:19:04.300 --> 00:19:11.190
You can't until somebody has a
circuit diagram for the grid itself.

00:19:11.610 --> 00:19:16.320
If you don't have a digital twin for the
grid where every wire is, where every

00:19:16.320 --> 00:19:21.120
inverter is, where every transformer
is, no software on top of that will help

00:19:21.120 --> 00:19:26.100
you manage what you have or plan for
the future or optimize it in real time.

00:19:26.520 --> 00:19:32.835
And so what our team, Tapestry, did
over the last seven years was build out

00:19:33.075 --> 00:19:38.655
the tools for taking in a wide variety
of data, including the very noisy and

00:19:38.655 --> 00:19:42.315
imperfect data that grid operators
have about their own grid, 'cause they

00:19:42.315 --> 00:19:44.325
don't have a map of their own grid.

00:19:44.595 --> 00:19:50.145
And then using lots of different sources,
street view cars, drone data, satellite

00:19:50.145 --> 00:19:56.525
data, lots of different inputs, we can
then use induction and deduction to do

00:19:56.525 --> 00:20:02.885
the detective work and back out the exact
grid that a particular grid operator has.

00:20:03.155 --> 00:20:07.445
And then we can help them manage
the grid they have, plan for

00:20:07.445 --> 00:20:10.535
the future of their grid, and
optimize their grid in real time.

00:20:11.105 --> 00:20:13.835
Matt Abrahams: So it's as if you've
decoded the genome for the grid and

00:20:13.835 --> 00:20:15.095
now we can do some work with it.

00:20:15.215 --> 00:20:18.395
That sounds very useful and
hopefully very beneficial.

00:20:19.025 --> 00:20:22.175
Question number two, who is a
communicator that you admire and why?

00:20:22.830 --> 00:20:27.030
Astro Teller: I enjoy giving
public talks, and so oration has

00:20:27.030 --> 00:20:28.650
always been very interesting to me.

00:20:28.890 --> 00:20:34.470
And I have watched a wide variety of
public speakers, not because I'm going

00:20:34.470 --> 00:20:40.200
to be any one of them, but to understand
how each of their patters functions.

00:20:40.500 --> 00:20:44.850
You know, Martin Luther King Jr., great
speaker, his preacher style, there

00:20:44.850 --> 00:20:46.350
are things you can learn from that.

00:20:47.010 --> 00:20:53.310
James Baldwin, amazing speaker, not a
preacher, somewhat professorial, but

00:20:53.310 --> 00:20:58.530
with a calm angriness because of the
specifics of the life that he led.

00:20:59.040 --> 00:21:01.770
Barack Obama very professorial.

00:21:02.159 --> 00:21:06.270
My grandfather, Edward Teller,
actually, was another great public

00:21:06.270 --> 00:21:09.780
speaker, and I learned a lot from
watching each of these people.

00:21:10.290 --> 00:21:13.260
Matt Abrahams: Yeah, they each bring a
really interesting approach that you can

00:21:13.260 --> 00:21:16.500
then synthesize, and by the way, your
TED talk is one that everybody should

00:21:16.500 --> 00:21:20.129
listen to because you deliver it very
well and it's very exciting to learn from.

00:21:20.490 --> 00:21:23.970
Final question, what are the first
three ingredients that go into a

00:21:23.970 --> 00:21:26.100
successful communication recipe?

00:21:26.670 --> 00:21:30.630
Astro Teller: I personally don't
love the start with a personal story.

00:21:30.900 --> 00:21:36.510
I would encourage people to
get real, as in honest, get

00:21:36.510 --> 00:21:40.200
specific, and you can be human.

00:21:40.440 --> 00:21:48.010
So when we tell a story, like in our
podcast, we use visuals from the field,

00:21:48.460 --> 00:21:50.530
from the actual people who were doing it.

00:21:50.830 --> 00:21:55.540
We explain what we were trying
to do and how where we actually

00:21:55.540 --> 00:21:57.910
ended up wasn't that, getting real.

00:21:58.030 --> 00:22:03.430
We show people how we harvest value,
even from being wrong, and can have

00:22:03.430 --> 00:22:05.260
fun in the process of learning.

00:22:05.590 --> 00:22:10.460
And when you get a cycle of those three
things, while that doesn't feel like Mary

00:22:10.460 --> 00:22:16.220
Jane in Idaho start of the sort of New
York Times article, it is deeply human.

00:22:16.220 --> 00:22:19.220
You can feel what it feels like
for these people to go through it.

00:22:19.670 --> 00:22:21.740
It's exciting, it's meaningful.

00:22:21.740 --> 00:22:23.180
You can see yourself in it.

00:22:23.180 --> 00:22:25.250
It's memorable because of those things.

00:22:25.490 --> 00:22:26.750
So that's how we try to do it.

00:22:27.020 --> 00:22:30.620
Matt Abrahams: Be real, be specific,
be human, and all of that allows

00:22:30.620 --> 00:22:31.820
you to connect through emotion.

00:22:32.429 --> 00:22:35.550
I appreciate that recipe, and I
appreciate this conversation, Astro.

00:22:35.550 --> 00:22:36.629
This was fantastic.

00:22:36.629 --> 00:22:39.929
You've talked about architecting to
understanding, and you certainly did

00:22:39.929 --> 00:22:43.800
that for us, and I hope all of us can
build these habits and reward ourselves

00:22:43.800 --> 00:22:45.479
for these habits and not just outcomes.

00:22:45.479 --> 00:22:46.260
Thank you for your time.

00:22:46.469 --> 00:22:46.800
Astro Teller: Thank you.

00:22:46.800 --> 00:22:47.580
That was a lot of fun.

00:22:50.520 --> 00:22:52.469
Matt Abrahams: Thank you for
joining us for another episode of

00:22:52.469 --> 00:22:54.659
Think Fast Talk Smart, the podcast.

00:22:54.959 --> 00:22:58.590
To learn more about creativity and
innovation, please listen to episode 70

00:22:58.590 --> 00:23:01.154
and 20 with Jeremy Utley and Tina Seelig.

00:23:01.680 --> 00:23:06.750
This episode was produced by Katherine
Reed, Ryan Campos, and me, Matt Abrahams.

00:23:07.080 --> 00:23:08.640
Our music is by Floyd Wonder.

00:23:08.760 --> 00:23:10.625
With special thanks to
Podium Podcast Company.

00:23:11.415 --> 00:23:14.534
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