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0:00
on april 26th, 1986
0:03
and uncontrolled nuclear chain,
0:05
reaction blew a hole in the roof of
0:07
chernobyl reactor number for the
0:10
explosion and fires released,
0:13
huge amount radioactive contamination into
0:15
the atmosphere blanketing nearby
0:18
towns in ukraine before
0:20
eventually spreading across europe and
0:23
what is still considered the worst nuclear
0:25
accident in history can
0:27
be chalked up to a series of human errors
0:30
and judgment for
0:32
one the reactor
0:34
using a flawed design which scientists
0:36
were aware of well before the accident
0:39
the , didn't fully understand how
0:41
the reactor worked or what to seek to protocol
0:44
from work work on the night of the accident
0:46
so be it officials ignored signs
0:48
that the reactor had become unstable and
0:51
kept going with the schedule the schedule had
0:54
the government address these issues they
0:56
probably could have averted could doesn't twenty
0:59
five years later in march two thousand
1:02
and eleven a giant tsunami triggered
1:04
by an earthquake swamps the fukushima
1:06
reactor swamps northern japan was
1:09
a reactor safely shut themselves down
1:11
the wall of water flooded the backup generators
1:14
the powered the cooling systems for those
1:16
reactors causing them to overheat
1:18
and personally melt down to damage
1:21
and nice and media lot of material
1:23
forced tens of thousands of people
1:25
tens evacuate the area many
1:27
experts agree that this incident could
1:29
have been prevented entirely is
1:31
officials hadn't ignored suggestions
1:33
for improving the safety of the reactor
1:36
including study that showed how that tsunami
1:38
could flood the plant and shut down
1:40
those emergency backup generators which
1:43
is exactly what happened your
1:45
noble and fukushima are obviously
1:47
some of the most dramatic examples of nuclear
1:49
disasters major ,
1:52
happen across all industries including
1:54
other suppliers of energy like coal
1:56
and oil but when we make mistakes
1:59
nuclear power
1:59
they kinda stand out
2:02
i'm laura trends and this is wild
2:05
thing going nuclear a series
2:07
about the power of the universe contained
2:09
in the tiny little package of the
2:11
adam you
2:14
and i are living are living atomic
2:16
the endless debates over harnessing the power
2:20
whether we humans are responsible
2:23
enough to mess with it of benefits
2:25
viruses
2:27
the good
2:28
already
2:30
one didn't blow up on it's own
2:33
everything because that disaster least
2:35
squarely in the realm of human error
2:38
it was poorly designed and not well maintained
2:40
the rod stuck there were problems with the welds
2:43
and the metals
2:44
when the men working there reported these
2:46
problems officials told them to work around
2:48
the us
2:49
on top of that relatively inexperienced
2:52
young men staff the reactor
2:54
man who had their own personal problems and
2:56
made their own mistakes like pulling control
2:58
rod nine out too far
3:01
what are all these accidents emblematic
3:03
of the risks because you could
3:05
argue that we have actually had a pretty
3:07
good safety record when it comes to nuclear
3:10
energy one
3:11
the problems with been as safe
3:13
as nuclear has been the
3:15
bike accidents haven't been normalized
3:17
ted nord house is the founder
3:19
the breakthrough instead
3:20
shoot i think tank that focuses on
3:22
technological solutions to environmental
3:24
problem if nuclear accidents
3:26
happened as frequently
3:29
the refinery accidents
3:31
are you know we would probably just be like okay
3:34
it happens and there's some clean up in there some cost
3:36
and whatever and like as far as i can
3:38
tell no one died from it and it's
3:40
okay but it's just such a
3:42
rare and exceptional circumstance
3:46
that kind of when it happens everyone freaks out
3:48
we'll hear more from ted in the next episode
3:51
but he raises an interesting point that
3:53
these events are so uncommon thankfully
3:56
that their rarity makes them more alarming
3:59
i'm nervous
3:59
we be about potential nuclear disasters
4:02
the risks as bad as we think
4:04
and how good are we at assessing those risks
4:07
think
4:07
that naturally occurring environments and how
4:10
we react to the
4:12
threats and risks that we confirm
4:13
leave then boom and is
4:15
a professor of psychology at the university
4:18
of colorado boulder she studies
4:20
human judgment and decision making especially
4:22
about environmental with him and
4:24
he's trying to explain to me how humans think
4:26
about risks
4:27
typically what we do is we
4:30
would notice when something mixes afraid humbling
4:33
my the kind of attract our attention and we
4:35
start to pay attention to that that makes us feel
4:37
a little bit more afraid of the thing we're paying
4:40
attention to a ,
4:42
prophecies occur really really fast
4:45
and the kind of
4:47
know just to avoid
4:49
those risks
4:50
the classic example is seeing a lion
4:53
on the savannah but , switch
4:55
it up and say oh i don't know bigfoot
4:57
and forests you're just going
4:59
about your day harvesting berries catching
5:01
fish and then you see this big
5:03
shadowy creature with your whole
5:05
system is wired and such and way that the only
5:08
thing you're really paying
5:09
into his the danger the kind
5:11
of want to have an
5:14
overreaction to that and
5:16
avoid it until you know that it's and
5:19
so or psychological system is
5:21
really nice be consumed response
5:25
and normally that would be really really
5:28
healthy waiting indeed with the and
5:31
it works really really well in
5:33
certain situations but the modern
5:35
world poses kind of situations problem for of
5:38
the way to we engage with information
5:41
in of modern environment the hijack some
5:43
of those naturally occurring process and
5:47
our reactions don't have
5:49
an opportunity to correct themselves and so
5:51
we end up being over afraid
5:54
of things that we really shouldn't be all that afraid
5:56
of like say a terrorist
5:58
attack and window completely
6:02
not bothered by results that are actually
6:04
really really dangerous like driving
6:06
a car
6:07
why is that why are we so bad
6:10
it actually understanding risk
6:11
in reality what most of us do
6:14
is we have some quick off an
6:16
emotional response to
6:18
these potential threats than
6:20
that responds directly translates
6:22
into behavior the behaviors
6:25
often just an aversion like i'm i'm not gonna do
6:27
that i'm not interested in investing in that it
6:29
terrifies me that
6:32
kind of where the conversation stamps
6:34
if someone told you about a technology
6:36
that would reduce carbon emissions help
6:38
deal with climate change and provide
6:40
abundant amounts of energy they
6:42
laid out the numbers just the numbers
6:45
you would probably think
6:47
that looks pretty good
6:49
then you learn that we're talking about nuclear
6:51
energy
6:51
give me i don't like out why don't
6:53
i like it modern know but now i can
6:56
make up some reasons my gut tells me and
6:59
it's not that people are just completely
7:01
irrational and thoughtless it's
7:04
just that the way we naturally respond
7:06
the way we're built his to have that quick
7:08
emotional response we were
7:09
hi on our gut feelings those emotions
7:12
that instinctively a rise to form
7:14
a snap judgment is this good
7:16
or bad helpful or harmful
7:19
potentially kill me
7:21
of course many of these feelings are
7:23
influenced by what
7:24
we already know
7:25
i think we now
7:27
in in the case of nuclear power we
7:29
almost immediately recall all the
7:31
bad stuff that happened
7:32
the scary stories
7:34
of heart easy to imagine
7:37
most of us probably don't really know
7:39
about the details of chernobyl
7:41
or three mile island but ,
7:43
haven't and emotional response to that
7:46
where does that emotional response come from it's not
7:48
because i know know lost all the
7:50
documentaries and read the wikipedia page
7:52
and now years my valued assessment
7:55
get somehow this has become a thing in
7:57
culture that
7:59
is
7:59
haggard these negative associations
8:02
and
8:03
i don't know exactly what that means but it's
8:05
something scary and uncertain
8:08
and dreaded and even went wrong as be
8:10
go really really wrong that
8:12
causes me to have this immediate emotional reaction
8:15
there are good reasons for this emotional response
8:18
the story of
8:18
noble is the stuff of bad dreams not
8:21
to mention all the post apocalyptic science
8:23
fiction tales out there
8:25
then there are concerns about health and the environment
8:28
and a long term repercussions of nuclear meltdown
8:31
which leaves says taps into a
8:33
sort of a neat fear we have of contaminate
8:35
again evolutionarily this makes
8:37
a lot of sense to you you really want
8:39
to be on guard
8:42
against things that might contaminate the
8:44
body things that make contaminate food
8:47
you consume
8:48
because i can kill you can kill you quickly and
8:51
so we have this very
8:53
strong
8:54
i disgust response
8:56
that becomes moralized in
8:59
the context of contamination
9:01
and radioactive contamination conjures
9:03
up even more fierce what if
9:05
it gets in the
9:06
water any air
9:07
in our dna in our children's
9:10
dna
9:11
if we don't actually understand the underlying
9:13
principles of a technology it makes
9:16
it all the more frightening and nuclear
9:18
is definitely one of those things that we may
9:20
not really understand we
9:22
meaning the general public i'm pretty sure scientists
9:25
have a grasp on
9:26
the most was just we don't understand
9:28
how nuclear really operates
9:30
it outside of our control and
9:33
there's some can have negative
9:35
storytelling around it they combine
9:38
to give us as immediate strong fear response
9:40
we're living at a time when nuclear energy
9:43
is a big topic of conversation the
9:45
most of us only have a vague understanding
9:47
of how it works i'll be the first the
9:49
copter this until this started doing
9:51
this project this had no idea how idea
9:53
reactor functions reactor functions knew
9:55
wouldn't adam was
9:56
many of you are probably more educated than
9:58
i was but i'm
9:59
then there are a fair number of you in the same boat
10:02
so when someone says nuclear those gaps
10:05
in our knowledge get filled in by pop culture
10:07
history and dramatic news stories
10:10
the our evolutionary snap judgment taking
10:12
into gear because this is
10:14
risk we don't fully understand
10:16
then of course there are also the issues
10:19
of trust and familiarity
10:21
nuclear energy has been around for over sixty
10:23
years now but because most of us
10:25
aren't really familiar with the technology we
10:28
have to trust experts to tell us if it's safe
10:30
this
10:31
really way
10:33
those me with some dread because
10:36
we as as
10:38
are losing our shared
10:40
sources of trust whether it's media
10:42
or government for scientists
10:45
or some set of experts
10:47
that everyone recognizes is
10:49
trustworthy and telling us what is dangerous and
10:51
was not dangerous
10:53
i mean they experts have always
10:55
done themselves a lot of favors given the stories
10:57
of how waste has been mishandled and
10:59
other problems in our history for
11:01
example what happened in march of nineteen seventy
11:04
nine an accident that most americans
11:06
know by name
11:07
three mile island
11:10
this was a big commercial reactor operated
11:12
by the metropolitan edison utility
11:14
company that experienced what's called
11:16
a loss of cool and accident
11:19
the water used to cool the reactor leaked
11:21
and the reactor began to overheat
11:24
historian natasha zaretsky details
11:26
what happened in her book radiation nation
11:28
it took several days to
11:32
ring the reactor core temperature
11:34
down and the fear at the
11:36
time which really lasted over several days
11:39
with that there would be either
11:41
an explosion or a
11:43
full meltdown where you would have
11:46
kind of man
11:47
the radiation leaking from the
11:49
harm and it didn't happen in the remote
11:51
desert of idaho but in middletown pennsylvania
11:54
the middle of a very popular
11:56
the part of the east coast
11:58
thankfully the reactors
11:59
meltdown
12:01
and follow up studies by both federal and state
12:03
officials found that very little radio
12:05
an escape plan
12:07
i'm an industry standpoint this was a huge
12:09
success
12:10
the safety features had ultimately worked
12:12
and they reverted a potential crisis
12:15
the people in that area so understandably
12:17
rattle
12:18
in part because they didn't feel officials had
12:20
given them the full story
12:22
i think that that's a big problem like
12:24
there's really there's inconsistency
12:27
is right out of the gate and terms
12:29
of how serious the accident as has
12:31
radiation leak from the plant
12:34
there's just a tremendous amount of confusion
12:36
that i think creates a climate
12:38
of distrust from really early on
12:41
at press conferences officials dodged
12:43
questions sometimes because they didn't want
12:45
to answer them
12:46
it also because they didn't want to admit
12:49
not knowing the answer they didn't
12:51
want to panic people unnecessarily
12:53
ultimately their tactics made people
12:55
feel less confident people had really
12:58
practical questions should
13:00
i leave my money and my bank account to
13:02
i need to evacuate my home will
13:04
i ever be able to come back people
13:07
were calling radio stations people were
13:09
calling their doctors offices people were calling
13:11
the governor's office says
13:13
they were really trying to get very
13:16
very practical
13:17
the actual information about what they
13:19
needed to do and it's
13:22
extremely confusing
13:24
as you feel like you're not getting consistent
13:26
guidance and given the growing
13:28
body of evidence that radioactive exposure
13:31
could cause health issues what
13:33
people really wanted to know about was the
13:35
threat to their help
13:37
authorities claims that very little radiation
13:39
leaked out and in there were certainly some
13:41
people who were willing do it except
13:43
the official story but there were
13:45
also a lot of people in the
13:47
community who were skeptical
13:50
you know the government might say that
13:52
at radiation emissions from the plan
13:54
will be so tiny as have no
13:56
and fact i'm our house but can
13:59
we really believe
13:59
if you need another example take
14:02
a look around of what has happened during the cold
14:04
nineteen pandemic the lack of
14:06
trust in x it's is obvious those
14:09
people already have this emotional reaction
14:11
to the idea of nuclear can we ever get
14:13
past that
14:14
what makes people change their minds about things
14:16
they think are risk least then
14:19
boom and again
14:20
getting of it appears not impossible
14:23
it will be extremely difficult and will
14:25
be an uphill battle hand we
14:28
have to think about addressing
14:30
people's fears strategies
14:34
i didn't just facts and figures
14:35
you know the various reports about climate
14:38
change more numbers than you can shake a stick
14:40
at
14:40
but they don't really carry the emotional swayed
14:42
i don't really change the
14:45
stories the people tell in the
14:47
way that directly impacts them and
14:50
, think the same is true with nuclear
14:52
that it's it's become tainted
14:54
chronically right it's it's the ideas
14:57
have become weaponized
14:59
sad thing apart because they have
15:02
tied to weapons historically and we
15:04
can't quite get over that thought
15:06
one way we might get over our fears
15:08
is if we see the benefits that nuclear energy
15:10
can have
15:11
we're not too keen on building the reactors
15:14
that could demonstrate this because of our concerns
15:16
about the risks the round
15:18
and round we go the with
15:20
this in mind the company's behind some
15:22
of the new types of reactors are trying to
15:24
anticipate these fears everyone's hazard
15:27
the perception of risk as some folks
15:29
are afraid to fly and even though it's very safe
15:32
but , willing to drive hundred busy highway
15:35
which is a higher risk for perception
15:37
of risk perception is risk
15:38
doctor who they re as is the chief technology
15:41
officer and cofounder of new scale power
15:44
new skill is a private company on the leading
15:46
edge of the next generation of nuclear reactors
15:48
specifically small modular reactors
15:51
small because they are considerably
15:53
smaller than considerably
15:54
the commercial reactor what we've
15:56
designed is a a small
15:58
reactor which sits inside
16:00
of a small containment vessel so says big
16:03
concrete the dome set your for me with we've
16:05
gone to a small steel containment vessel and
16:08
that's that's module it's about seventy
16:10
six feet in length about fifteen feet diameter
16:12
is like a tall cylinder when you when you look at
16:15
imagine a really big soda can
16:17
then like any good soda
16:20
you can get a four pack a six pack or
16:22
a twelve pack this is what makes this
16:24
design modular be
16:26
the fact the six pack we have different numbers
16:28
by the yes so deal the six module plant
16:31
will produce four hundred and sixty two megawatts looked
16:33
really good size for cool therapy replacements
16:36
to continue with this metaphor
16:38
the soda cans the reactor modules
16:40
she'll in a cooling pond that is
16:42
almost entirely below ground with
16:44
just the tops of the reactors about the water
16:47
the whole setup fits inside a massive
16:49
reactor building nuscale
16:51
installs the reactors after building them
16:53
off site in a factory on a sort of assembly
16:56
line
16:56
somewhat like the boy model for airplanes
16:58
you know you're you're building these things in a factory
17:01
it's a very controlled environment and
17:03
as you get the benefit of standardized
17:05
design we want to have the ability to
17:07
have multiple manufacturers that us and us
17:09
but around the world who could manufacture
17:12
these models
17:12
building these smaller reactors in a factory
17:15
reduces costs it should
17:17
also reduce the potential for a design
17:19
error
17:20
here's something i didn't know every
17:22
reactor in the united states is unique
17:25
built at different times
17:26
different materials the reactor
17:29
designs the control room lay out there
17:31
all bespoke built on site and customers
17:34
the when a factory built standardize design
17:37
are your control room looks the same and in
17:39
these locations the parts all
17:41
the components are the same and
17:43
replaceable and so we can actually replace
17:45
entire modular just the upper two thirds of
17:47
a modular or whatever is needed for
17:50
needed for types of maintenance and repairs which
17:52
make it easier to fix issues
17:54
and train people and helps eliminate
17:56
possible risks jose
17:58
is only too aware of how people person
18:00
nuclear energy the one of the
18:02
things that we did with our design was
18:05
we said well let's let's see if we'd some
18:07
for the design so safe or , it'll
18:09
address the public's perception of risks
18:11
top the designed a nuclear plant plant
18:14
that in terms of terms under the
18:16
worst case conditions of reactor will safely
18:19
set of safely down a without any operator
18:21
action without any ac or dc power
18:24
and without the need to add water to
18:26
keep it cool for unlimited free time
18:29
then he says new scale went
18:31
a step further with their design
18:33
the general public thinks about risks in
18:35
terms of the consequences even
18:37
if there's the infant is emily small chance
18:39
of a meltdown and ,
18:41
we haven't even come close to one and united
18:43
states since nineteen seventy nine what
18:46
happens if that comes to pass
18:48
so we did the analysis further and we found
18:50
that under the worst case conditions you have
18:52
a one billion your event the
18:54
, were zero we don't
18:57
exceed rated three doses at the second boundary
18:59
or even if you do have an event has no impact
19:02
outside the sense of the plant and
19:04
so that's and so huge step forward nuscale
19:07
has been working on this project for over twenty years
19:09
and now in partnership with the department of
19:11
energy and a group of
19:13
how many companies the first small
19:15
modular reactor is slated to start
19:17
reducing power in twenty thirty anywhere
19:20
, this be bought at the idaho national
19:23
laboratory of course
19:24
the fact and idaho falls
19:26
will be one of the towns on the receiving end
19:28
of that newfangled atomic energy
19:32
this season lol thing is supported solely
19:34
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20:18
no surprise that supporters of nuclear
20:21
energy argue that it's inherently safe
20:23
that we have learned from past mistakes and
20:26
we're improving the technology to a point
20:28
where accidents are unlikely to either
20:30
occur or cause serious harm
20:32
the idaho national laboratory
20:35
a former national reactor testing station
20:38
and the site of the sl one or accident
20:40
scientists are considering how we might
20:42
make things safe
20:43
by getting people out of the picture
20:46
that's , i can see the future of and nuclear
20:49
power right is trying to drive towards that
20:51
kind of nuisance that removes humans
20:53
from from the equation aaron
20:55
both meyer is taking me on taking tour of the site
20:58
of
20:58
photo labs national reactor innovation
21:01
center as a nuclear facility engineer
21:03
collaborating on the next generation of nuclear
21:05
reactors technology that he
21:08
hopes will help us avoid situations
21:10
like
21:10
those we've experienced in the past
21:13
so noble happened because a bad management
21:15
and mistakes right or fukushima
21:17
happen because management and pay for an upgrade
21:19
detainees in if , can remove
21:22
that human error by having an inherently set
21:24
design design you don't have to worry
21:26
about aaron is currently working
21:28
on what are called micro reactors
21:31
when he said this i immediately thought
21:33
back to those early days in the nineteen forties
21:35
and fifties when we thought our cars
21:37
and homes would be powered by individual tiny
21:39
reactors
21:41
aaron quickly dashed my jets
21:42
dreams the reactors are small
21:45
the not that small
21:47
they arm and
21:48
the mobile if you can make a reactor
21:50
small enough you
21:52
, say to to a remote location
21:55
location , either military
21:58
and have based
21:59
corey
22:01
an infinite supply of electricity
22:04
at , say infinite it's amiss amiss
22:06
not exactly right but where's your
22:09
diesel generator you have a big thank you run out
22:11
and a month and nuclear
22:13
reactors you might run on five years
22:15
the military specifically the army
22:17
has expressed interest in this technology
22:19
to
22:20
similar to their earlier dreams for sl
22:23
one the army sees these micro
22:25
reactors as a way to power distant face
22:27
i'm annotations instead of taking a
22:29
whole bunch a d so i'm constantly resupply in it
22:32
you , take a reactor in a container
22:35
or something like that and run it and have
22:38
lots of electricity for a long
22:40
period of time getting diesel too
22:42
remote bases has been tricky for the military
22:45
that is show that of the thirty six thousand
22:47
us casualties in iraq and afghanistan
22:49
between two thousand and three and two thousand and eleven
22:52
over fifty percent came from attacks
22:55
on resupply
22:56
the you can see why the military would love
22:59
to avoid that problem i think
23:01
about the aftermath of huge natural
23:03
disasters like hurricane katrina
23:05
or the earthquakes in haiti or the ice
23:07
storms in texas state officials
23:10
are the military could fly a small reactor
23:12
in and attach into the grid providing
23:15
emergency power to things like hostile
23:18
aaron is enthusiastic about nuclear power
23:20
i mean it is his job so i would
23:22
expect nothing
23:24
when i ask him if we can truly be safe about
23:26
it his answer is unequivocally
23:29
positive
23:29
the answer is yes and
23:31
were standing a place where they did this this was formerly
23:34
tbr to energy , reactor
23:36
to com or as
23:38
it was also called as internal fast reactor is
23:41
is a safe safe shutdown reactors you couldn't
23:43
cause it's a blow up you couldn't
23:45
meltdown right and that he can't melt down
23:47
then you can't have the reactor accident accident
23:50
ran a test and early nineties on this
23:52
reactor they basically took it up to
23:55
where you would start to see an accident happened let
23:57
go and the reactor physics
24:00
the inherent physics of it turned it off
24:02
they become faith then why did they shut
24:04
the program down and dismantle
24:06
the creator
24:07
a little problem cold
24:09
o'neill
24:10
we haven't talked a lot about plutonium
24:12
it's a natural elements that doesn't really
24:14
exist in nature anymore but
24:17
some kinds of nuclear reactors breeder
24:19
reactors created as created byproduct
24:22
we've mostly use it for nuclear weapons
24:24
but it's also a nuclear reactor fuel
24:26
in and of itself some countries
24:29
do use it as such but here in the us
24:31
we don't it's a bit of a political
24:33
hot potato and a lot of people worry
24:36
that terrorists could get their hands on it
24:38
to create dirty bombs so
24:40
breeder reactors like the one aaron
24:42
talking about
24:43
are in operation any
24:44
some people just uncomfortable with nuclear because
24:47
that's how you're a number of reasons i disagree
24:50
and that i think we could do the stuff safely demonstrated
24:52
it
24:53
the court someone who works in nuclear
24:55
power is going to say that it's like
24:57
the guy who works at the restaurant telling you that
24:59
everything on the menu is great you
25:01
want to believe
25:02
them a can you
25:04
that aaron has one last in my opinion
25:06
very
25:07
when people look at three mile island
25:09
so noble and fukushima and settles a
25:11
reason not to do this right and others
25:14
are horrible things to have happened or
25:16
, were preventable take the united states navy
25:19
or they've got something like sixty five hundred reactor
25:21
years of operation without a new car accidents
25:24
the navy
25:25
the operated reactors since the nineteen
25:28
fifties without incident
25:30
part of that has to do with the man who established
25:33
the nuclear navy to begin with admiral
25:35
hyman recover we briefly heard about
25:37
him back in episode
25:39
over what what some people might call
25:41
a control freak person we
25:43
interviewed every last officer in the navy's
25:46
nuclear programs and oversaw
25:48
the construction and operation of more
25:50
than one hundred nuclear powered ships
25:53
including the same uss nautilus
25:55
the world's first nuclear submarine
25:57
this was a man who when a single
25:59
error was found in a prototype
26:02
navy reactor one , wasn't
26:04
even using any radioactive materials
26:06
yet forced his men to rip
26:08
the whole thing apart and rebuild
26:10
in fact recover was so appalled by
26:12
what happened with the army's sl one reactor
26:15
that he actually hired his own investigator
26:18
a nuclear engineer to go to
26:20
idaho and find out the details of
26:22
what went wrong
26:24
the findings likely
26:25
the couldn't recover scrutinizing all
26:27
the navy's reactors to make sure there were
26:29
similar laws he ,
26:31
not a man to leave things to chance and
26:33
good enough was definitely not
26:36
good enough enough recognised
26:38
just how terrifying nuclear energy could
26:41
energy and considered it a necessary
26:43
evil surprising for a man
26:45
whose career was built on nuclear power
26:48
at one point he was quoted was saying
26:50
the whole reactor game hangs
26:52
on a much more slender thread than most
26:54
people are aware there are a lot of
26:56
things go wrong and a requires eternal
26:58
vigilance
26:59
he demanded perfection from everyone
27:02
and what he would likely consider
27:03
his program
27:04
the program that hasn't knock on wood
27:07
ever had an accident
27:09
the we can be done
27:11
that for many people the risks no matter
27:13
the probability still seem to
27:15
high and as we learned earlier
27:18
advocates for nuclear energy can throw facts
27:20
and figures of people all day long and
27:22
it won't change their minds
27:24
that
27:25
what anything make nuclear seem less
27:29
what if you had something equally risky
27:31
to compare it to have between climate
27:34
change we all need to be concerned about climate
27:36
change nuclear energy as
27:38
a way to deal with climate shifts coming
27:40
up on the next episode of wild thing
27:48
learn more about the events around three mile
27:50
island check out natasha zaretsky his books
27:53
radiation nation three mile island
27:55
the political transformation of the nineteen seventies
27:58
and for premium subscribers
27:59
will also have an extended bonus interview
28:02
with her later this season premium
28:04
subscribers get each episode early and exclusive
28:06
access to all bonus episodes not
28:08
to mention the warm fuzzy feeling that com
28:10
from supporting
28:12
for more information go to wild thing podcast
28:14
dot com that's weldon podcast all
28:16
one word you'll also find out more about
28:18
this season including how to get wild thing t-shirts
28:21
and stickers links to the website
28:23
and the shop are also on social media at
28:25
wild thing pod on twitter instagram
28:27
and facebook also please
28:29
consider leaving us a review wherever you get
28:31
your podcasts and definitely tell your
28:33
friends all of this really
28:35
helps get the word out about the show and
28:37
makes future seasons more likely this
28:39
podcast is a production of bucks to put into
28:42
with generous support from first like capital
28:44
while thing is edited by alicia lincoln was
28:46
sound mixing and music from louis weeks
28:49
or executive producer is carney and
28:51
i'm your host sinker
28:52
later laura france
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