Consider this as the plot of a science-fiction novel. A scientist discovers the secret of eternal life; Juvenex, a pill that rejuvenates. Its results are miraculous. It can reverse the ageing process; one’s hair recovers its cover, the skin its elasticity, the breasts their firmness. The British government wonders whether this is a good idea, knowing that the old, being young forever, will block and frustrate the truly young, and that there will be more and more mouths to feed. But the secret is out; the people clamour for Juvenex; and the government must fight an election against a Conservative opposition that promises to make the drug available. Of course the opposition win, and the Western world starts popping the pill like there is no tomorrow.
Then a Chinese government hostile to the West discovers that those who have taken the pill are sensitive to radioactivity, which reverses its effects and causes its users to age so rapidly that they become hideous. It starts an extended round of nuclear “testing”. The West spins downward to collapse.
This novel was real enough. It was Not With a Bang (1965), and was by the British writer Chapman Pincher. who died in 2014 aged 100. Pincher was famous in the 1960s and 1970s as a journalist with a particular interest in defence and intelligence. It is less well known that he wrote five or six novels; I don't think many people read them today. Not With a Bang is pretty much forgotten now, and appears to be out of print – a pity, for it is rather good.
The title itself is drawn from the closing stanza of T. S. Eliot’s The Hollow Men (1925):
This is the way the world ends
This is the way the world ends
This is the way the world ends
Not with a bang but a whimper.
Academics get a battering as well. Nichols devotes a chapter to saying that experts themselves have been producing research that cannot be replicated (there is a “replicability crisis” going on, especially in some areas of the social sciences). There is great pressure on academics to publish, which does not help. Neither are research journals always so rigorous as they should be. I cannot help wondering how Andrew Wakefield’s notorious MMR-and-autism study was published by the The Lancet, but it would at least not have done it had it suspected that data had been falsified. Other journals might not have been so scrupulous.
All of this has helped build public distrust of “experts”. But perhaps the most important factor is one that Nichols mentions only briefly. He quotes political scientist Richard Hofstadter, writing in Anti-Intellectualism in American Life (1963), as follows: “In the original American dream, the omnicompetence of the common man was fundamental and indispensable… Today, he knows that he cannot even make his breakfast without using devices ...which expertise has put at his disposal; and ...he reads about a whole range of issues and acknowledges, if he is candid with himself, that he has not acquired competence to judge most of them.” Hofstadter said that this complexity induced feelings of helplessness and anger among a people that knew they were at the mercy of smarter elites. “Once,” says Hofstaedter, “the intellectual was gently ridiculed because he was not needed; now he is fiercely resented because he is needed too much.”
This is a rich vein that Nichols could have mined much more deeply than he does. If people seek to abandon complexity, could it be as much because of this as because of Tainter’s declining marginal rate of return on it? As Nichols himself says, Trump’s election was partly achieved by sneering at experts, which tapped into a long-standing American prejudice. “Trump’s eventual victory ...was ...undeniably one of the most recent – and one of the loudest – trumpets sounding the impending death of expertise.” And he adds elsewhere: “It is ...ignorant narcissism for laypeople to believe that they can maintain a large and advanced nation without listening to the voices of those more educated and experienced than themselves ....The celebration of ignorance cannot launch communications satellites ...or provide for effective medications.”
Which brings us to Michael Lewis.
“The people who created the plutonium for the first bombs, in the 1940s and early 1950s, were understandably in too much of a rush to worry about what might happen afterward,” says Lewis. “They simply dumped 120 million gallons of high-level waste, and another 444 billion gallons of contaminated liquid, into the ground. ...They dug forty-two miles of trenches to dispose of solid radioactive waste – and left no good records of what’s in the trenches. ...Beneath Hanford, a massive underground glacier of radioactive sludge is moving slowly but relentlessly toward the Columbia River.”
 |
| Could society collapse? Yes, but there is no cause for a llama (Wikimedia Commons/Richard H. Moore) |
This novel was real enough. It was Not With a Bang (1965), and was by the British writer Chapman Pincher. who died in 2014 aged 100. Pincher was famous in the 1960s and 1970s as a journalist with a particular interest in defence and intelligence. It is less well known that he wrote five or six novels; I don't think many people read them today. Not With a Bang is pretty much forgotten now, and appears to be out of print – a pity, for it is rather good.
The title itself is drawn from the closing stanza of T. S. Eliot’s The Hollow Men (1925):
This is the way the world ends
This is the way the world ends
This is the way the world ends
Not with a bang but a whimper.
Was Eliot right? Pincher clearly thought so; in the closing
scenes of Not With a Bang, thousands of people, grotesquely aged, bent
and deformed, shuffle together into the sea. But Robert Frost, writing like
Eliot in the wake of the First World War, was not so sure:
Some say the world will
end in fire,
Some say in ice. From what
I've tasted of desire
I hold with those who
favor fire.
Eliot
himself would say in old age that the hydrogen bomb had negated this closing stanza of The Hollow Men, and that he would not have written it
again. But of course we do not know how
our world ends – with fire or ice, a bang or a whimper.
Or
do we?
When the Soviet bloc collapsed in 1989 there was a tendency to
believe that the capitalist, liberal democracy had triumphed and would now
prevail everywhere; that this was, in Francis Fukuyama’s famous phrase, the end
of history. A few of us, at least, must have realised early on that this was pernicious
nonsense and that, far from being freed from history, we should soon have a surfeit
of it. Moreover history
is not fated to progress. It can go backwards.
Which brings us to the first of three important books. It's by Joseph Tainter.
*
Tainter
is a Professor in the Department of Environment and Society at Utah State
University. He trained as an anthropologist at Berkeley, obtaining his PhD in
1975. He has published widely (the publications list on his CV goes on for
several pages). But he is best known for his landmark book The Collapse of
Complex Societies (1988).
There
have been plenty of books on the collapse of civilization. There is no mystery
as to why, according to Tainter. “The image of lost civilizations is
compelling,” he writes in Collapse. “Cities buried by drifting sands or
tangled jungle ...The image is troublesome to all, not only for the vast
human endeavors that have mysteriously failed, but also for the enduring
implications of these failures ...civilizations are fragile, impermanent
things.”
And
yet, argues Tainter, there has been relatively little study of how complex
societies collapse. There has been a “seemingly inexorable” trend towards complexity,
the growth of ever-larger settlements, and technology. We now understand more
and more about the way this happens. “Yet the instances when this almost
universal trend has been disrupted by collapse have not received a
corresponding level of attention.” In fact, on the evidence of Tainter’s own
literature review in Collapse, it has had quite a bit of attention. But
that review does show how fragmented and, at times, subjective that study has
been. Tainter’s aim is to present a dispassionate theory of collapse based on
the evidence, and that he has done.
He begins by telling us what collapse looks like.
He describes a number of collapses, from the Western Chou Empire to the
Chacoans and Hohokam of New Mexico and Arizona respectively. At times he adds
detail that the archaeologists have found; thus the end of the Casa Grande
society in Mexico: “The dead were buried in city water canals and plaza
drains.” He quotes Stanley Casson’s 1937 book, Progress and Catastrophe: An
Anatomy of Human Adventure, in which the author talks of the sudden
desolation in what had been Roman Britain after 400 AD. In his own time, Casson
had also witnessed Istanbul after the collapse of Ottoman authority in 1918,
with intermittent electricity, abandoned trams littering the streets, corpses
at street corners, dead horses, no drains, unsafe water and “a police force
which had largely become bandit, living on blackmail from citizens in lieu of
pay ...All this was the result of only about three weeks’ abandonment by the
civil authorities of their duties.” This last example, especially, encapsulates
the fear we all feel about a sudden breakdown.
Tainter
defines the collapse of a complex society. It occurs when there is “a rapid,
significant loss of an established level of sociopolitical complexity.” This
includes the loss of specialization – of individuals, but also of geographical
entities. The loss of distinct occupations is important. Tainter states
that a hunter-gatherer society may
contain only a few dozen “distinct social personalities” (in fact one suspects
it is less). But a modern European census will, he says, recognize 10-20,000.
This prompts questions about definitions and overlap; my cobbler also cuts
keys. Conversely, the title of nurse practitioner could cover a number of
specialized roles that are actually quite distinct from each other. Still, the
point is clearly valid in principle. The Istanbul example is a case of
individuals with specialized functions ceasing to perform them. It is also an
example of something else: the loss of technology that breaks down, as Tainter
puts it, “without the assistance of a bureaucracy that no longer exists.” (That
may resonate when we look at the last of these three books, by Michael Lewis. )
Tainter
makes a distinction between complexity and civilization; he insists that he is
discussing the first and not the second. Indeed he regards the very word
‘civilization’ as a value-judgment, as as a strict rationalist, he does not
like those. He is particularly rough on the historians Arnold Toynbee (A
Study of History) and Oswald Spengler (The Decline of the West).
“Such biases have no place in objective social sciences, and a concept
[civilization] that is so laden with this problem is better abandoned or
rethought.” In any case, he points out, the collapse of complexity need not be
followed by the immediate disappearance of all cultural phenomena. But his own
discussion of societal collapse suggests that it often is (in particular, in
the case of the lowland Maya, which he discusses in detail). In any case, even
if one accepts his statement at face value, the concept of ‘civilization’ –
what constitutes, in a sense, almost the whole of our non-mechanical life
outside the family unit – is widely accepted, even if badly defined. To most of
us, a wholesale collapse in complexity does equate to a collapse of our
civilization, however we may define it; everything meaningful will be lost, and
this explains our fear of dystopia.
Moreover
Tainter rarely acknowledges the human suffering that collapse will bring
although the Casa Grande example alone, with the dead buried in drains, reminds
us of the implications of his work. The collapse of the lowland Maya seems to
have resulted in a population drop from around 3 million to about 450,000 in
just 75 years. In the last years,
according to archaeologists who have examined the bones, the population was
increasingly stressed and weak. Tainter does not say so, but this must have
involved terrible suffering. No matter. Tainter is determined to be completely
objective, and that does explain why his theory of collapse commands as much
respect as it did when The Collapse of Complex Societies was first published over 30 years ago.
That
theory, crudely stated is this: As a society grows more complex, the cost of
that complexity will rise. It is not hard to see why. Everyone who moves away
from the land and into a specialized role (let us say, from peasant to
stablehand, or from stablehand to clerk) moves farther from primary production,
and is producing nothing directly. (Tainter defines that production, including
food, as energy.) Moreover their training will become more specialized and thus
more expensive. Meanwhile the cost of their subsistence falls upon those still
producing that energy in the form of bread, pulses, whatever.
Of
course the specialized roles do contribute to primary production; that clerk
may be helping to maintain an irrigation system, or a doctor may cure maladies
that would otherwise need palliative care, the cost of which would fall on
everybody. This is because societies become complex in order to solve problems
(such as irrigation or healthcare). But at some point the return on this
specialization will fall relative to their cost. “Investment in sociopolitical
complexity as a problem-solving response,” says Tainter, “often reaches a point
of declining marginal returns.” He explains why in terms of what he refers to
as an “energy subsidy”; as societies grow in complexity, the surplus production
this requires will be gained through conquest of new land or through new
sources of energy. These will be acquired in order of their ease of
acquisition. The Romans naturally occupied the nearest and most fertile lands
first; it was easier to bring grain from North Africa by boat than by land from
inland Europe. And the English turned to coal when they had cut down the
forests; as they dug deeper to get it, the steam engine became necessary to
pump water out of the deep workings. And so to fracking and to nuclear energy,
with the specialized roles they require; all are more complicated, and require
more effort and training, per joule released than burning wood.
Complexity
grows. The energy subsidy becomes harder to obtain. The rate of return is
falling. At some point society will cease to support its complexity, because
its costs have weakened the population (as in the case of the Maya) or because
the state demands so much taxation from its people that they find its
dissolution a rational choice. In fact the latter is Tainter’s view of the
Roman Empire; the barbarians were not resisted, in Tainter’s view, because
doing so had become so costly in taxes that the peasants thought them a better
option; and they were, at the time, right. Civilization (or, for Tainter,
complexity) does not “become decadent”. It simply fails to provide the return
on investment that it needs to survive.
The
Collapse of Complex Societies is an impressive
book; a masterclass in clear thinking and expression, the collection and
ordering of evidence, and the processing of facts so that they become
knowledge. It should probably be compulsory reading for anyone about to embark
on a Masters dissertation. But that does not mean we can’t pick holes in it if
we choose. For one thing, to me Tainter is too dismissive of the environment as
a cause of collapse. He does not ignore it, but says that environmental
challenges are problems and complexity is a problem-solving strategy; in
effect, if complexity can’t deal with (say) climate change, then it has failed to
provide that marginal rate of return on investment. This may be too simple.
Biophysical factors – desiccation, a vile winter, disease – can appear in forms
that a society had no reason to expect. But it is true that the environment is
one of many challenges that complexity is supposed to meet and a society may be
judged by the extent to which it does so, a point well made in Jared Diamond’s
much more recent book, Collapse.
Another
point that Tainter does not address – and in this case, he does not raise it –
is that a complex society may yield sufficient returns and yet not be perceived
as doing so. It’s with that in mind that I move on to the second of these three
books.
*
Tom
Nichols is a lecturer in international and strategic affairs who taught for
some years at two of America’s most exclusive institutions, Dartmouth College
and later Georgetown University. He is now Professor of National Security
Affairs at the U.S. Naval War College, a venerable institution in Newport,
Rhode Island. He is a conservative, though with a small C; he never bought into
Trump and finally left the Republican Party after the Kavanaugh confirmation
hearings. In 2017 he published The Death of Expertise: The Campaign Against
Established Knowledge and Why It Matters. It’s just been republished in a
new paperback edition.
The
Death of Expertise is, in some respects, a good
old-fashioned rant. The possession of facts does not, says Nichols, equate to
knowledge, but too many people do not understand the difference. The Internet
has driven some of this, making everyone an instant expert. It offers an
“apparent shortcut to expertise”, but actually just a limitless supply of
facts, which does not constitute knowledge. “The Internet,” says Nichols, “lets
a billion flowers bloom, and most of them stink.”
Ignorance,
says Nichols, has become hip. He cites the raw milk movement – people who
demand untreated dairy products. He quotes the New Yorker (Dana
Goodyear, April 2012) saying that untreated milk, which is often from pasture
animals, is sometimes “richer and sweeter, and, sometimes, to retain a whiff of
the farm – the slightly discomfiting flavor known to connoisseurs as ‘cow
butt’.” As Nichols points out, the Centers for Disease Control reckon
unpasteurized products are 150 times more likely to cause food-borne illnesses.
Still, says Nichols, it’s a free country, and if adults wish to risk a trip to
hospital for “the scent of a cow’s nether regions in their coffee”, that’s up
to them. He also describes how Gwyneth Paltrow has encouraged people to steam
their vaginas, which she claims (he says; I haven’t checked) cleans your uterus
and helps balance your hormones. People have always been stupid, but the Net
does not help; as he says, “in an earlier time, a sensible American woman would
have had to exert a great deal of initiative to find out how a Hollywood
actress parboils her plumbing.”
All
of which is funny, but actually not new. People do not need the Internet to be
daft. I remember, a few years before it arrived, there was a fad for colonic
irrigation, which some very fashionable people did in London in about 1990. I
asked a doctor friend what the health benefits were likely to be.
“Peritonitis,” she said crisply. The following year I was travelling in Ecuador
and found a craze for the so-called “pulsera de balance”, a wrist ornament that
was supposed to deliver energy and equilibrium. In an earlier era the travel
writer Norman Lewis and his brother-in law, passing through Madrid in 1934, decided
to investigate a reported mania amongst madrileños for drinking animal blood.
They visited a slaughterhouse, but were “deterred by a woman on her way out,
made terrible by the smile painted by the blood on her lips.” We have never
needed the Internet to be bizarre.
However,
Nichols is not simply being (or at least, only being) a grumpy old man. There
is a serious point here. “Laypeople must take more responsibility for their own
knowledge, or lack of it; it is no excuse to claim that the world is too complicated
and there are too many sources of information, and then to lament that policy
is in the hands of faceless experts who disdain the public’s views.” This is
not just about parboiling one’s plumbing; in ceasing to respect expertise,
people no longer acknowledge that the world cannot be run without it. “It is
...ignorant narcissism for laypeople to believe that they can maintain a large
and advanced nation without listening to the voices of those more educated and
experienced than themselves.” This was directly reflected in the 2016 election
result, according to Nichols. Trump’s election was, in his view, partly
achieved by sneering at experts – which tapped into a long-standing American
prejudice.
Why
is this happening? Nichols has more than one target; the Internet, to be sure,
but also a decline in academia. He opines that universities are not teaching
critical thinking; that they are instead just peddling the “college
experience”, part of the “commodification of education”. Given the mountain of
debt with which students emerge from college, it is not surprising that they
see themselves, sometimes, as customers, rather than realise they are there to
learn intellectual rigour. This is also a problem in the UK, where the
introduction of tuition fees means that students are, increasingly, being sold
a product, and that they expect to get concrete promised returns afterwards,
having paid for it. A recent £65,000 settlement won
by a student in England because she felt her degree was not meaningful could be
seen as a demonstration of this. Objective data on whether universities really
are commodifying and abandoning the obligation to make people think is hard to
find, and universities have always varied in quality. Still, Nichols may have a
point – he talks, for example, about lecturers being evaluated the way a Yelp
review is done of a restaurant, and it is by definition absurd to have
situations where all the students are above average.
Nichols
also blames the media for failing to check facts and for spreading
disinformation through sheer laziness. The classic case he describes is a story that claimed new research had found
that chocolate helps weight loss. There is of course no real evidence for
anything of the kind. The story had been cooked up by a science writer, John
Bohannon, to demonstrate bad science and how easily its “results” could be
accepted. The institute claimed to have done the research did not exist. But
the journalists who spread the story did nothing to check (“I Fooled Millions into thinking Chocolate Helps
Weight Loss. Here’s how”). It wasn’t
difficult because journalists are lazy and want a ready-made story.
I
have seen this myself. Early in 2019 a right-wing, anti-European British MP,
Daniel Kawczynski, tweeted angrily that Britain had received no aid at the end
of WWII – “No Marshall aid, unlike Germany; nothing,” he wrote. I knew this was
not true, and it took me seconds to confirm that Britain actually got the
largest single share of Marshall Aid, some 26%. I tweeted back to this effect.
I was genuinely angry that an MP should spread disinformation in this way, and
my tweet was perhaps a little rougher than it could have been. Hundred of
people picked it up. The next day I found that a British paper had made a story
out of the the original tweet and my response. It was a “news” story that I
could have written myself in five minutes. Moreover the paper in question never
links to its sources. Not all journalists are like this, of course – one could
cite much better ones like Carole Cadwalladr and her long dig into the funding
of the Brexit campaign, or Will Saletan of slate.com, who wrote in depth about
GMOs. But Nichols is right; the media are part of the problem.
Academics get a battering as well. Nichols devotes a chapter to saying that experts themselves have been producing research that cannot be replicated (there is a “replicability crisis” going on, especially in some areas of the social sciences). There is great pressure on academics to publish, which does not help. Neither are research journals always so rigorous as they should be. I cannot help wondering how Andrew Wakefield’s notorious MMR-and-autism study was published by the The Lancet, but it would at least not have done it had it suspected that data had been falsified. Other journals might not have been so scrupulous.
All of this has helped build public distrust of “experts”. But perhaps the most important factor is one that Nichols mentions only briefly. He quotes political scientist Richard Hofstadter, writing in Anti-Intellectualism in American Life (1963), as follows: “In the original American dream, the omnicompetence of the common man was fundamental and indispensable… Today, he knows that he cannot even make his breakfast without using devices ...which expertise has put at his disposal; and ...he reads about a whole range of issues and acknowledges, if he is candid with himself, that he has not acquired competence to judge most of them.” Hofstadter said that this complexity induced feelings of helplessness and anger among a people that knew they were at the mercy of smarter elites. “Once,” says Hofstaedter, “the intellectual was gently ridiculed because he was not needed; now he is fiercely resented because he is needed too much.”
This is a rich vein that Nichols could have mined much more deeply than he does. If people seek to abandon complexity, could it be as much because of this as because of Tainter’s declining marginal rate of return on it? As Nichols himself says, Trump’s election was partly achieved by sneering at experts, which tapped into a long-standing American prejudice. “Trump’s eventual victory ...was ...undeniably one of the most recent – and one of the loudest – trumpets sounding the impending death of expertise.” And he adds elsewhere: “It is ...ignorant narcissism for laypeople to believe that they can maintain a large and advanced nation without listening to the voices of those more educated and experienced than themselves ....The celebration of ignorance cannot launch communications satellites ...or provide for effective medications.”
Which brings us to Michael Lewis.
*
Lewis
is a successful writer and journalist with 18 non-fiction books to his credit.
Originally from New Orleans, he graduated in art history and wanted to pursue
it as a career, but found there was no money in it so became a bond salesman in
the City of London instead. After a few years he returned to the States and
became a financial journalist. Now in his late fifties, he has written widely
on Wall Street, the roots of the financial crisis and subjects as diverse as
technology and baseball. He has a particular interest in risk.
In
2017, he wrote a series of pieces for Vanity Fair on the transition to
the Trump administration, highlighting the Department of Energy, the US
Department of Agriculture (USDA) and the Department of Commerce. In 2018 these
pieces matured into a book, The Fifth Risk. It looks at the experiences
of the civil servants in those departments as Trump took over. This sounds like
a rather dull book. It isn’t. Lewis has a clear, deadpan approach; he nowhere
tells the reader what to think, but you are left in no doubt, at the end, of
what you have learned.
In
essence, Lewis describes an administration with no interest whatever in the
government machine and no understanding of what it does. Normally, a candidate
recruits a transition team that will base itself in Washington in the later
stages of a campaign, preparing policy and choosing and screening the several
thousand political appointees that will need to be put into the various departments
during the period between the election and the inauguration. Of Trump’s team,
only Governor Chris Christie understood how important this would be, and how
much work would be involved. Trump himself did not, and only reluctantly
permitted Christie to set up such a team.
Three
days after the election, Christie and much of his team were fired, and the
files and references they had collected were junked. Over the next two months,
the senior civil servants at the three departments waited for the Trump transition
teams to arrive. Almost none of them did, leaving the machinery of government
rudderless. The staff at Energy were taken aback when, quite simply, no-one
turned up. Two weeks after the election, they read in the papers that one Thomas
Pyle, an energy-company lobbyist who had
worked for the Koch brothers, was to lead the transition team at Energy. Pyle
visited once, briefly, but then stayed away. He eventually sent a request for a
list of officials who had been involved in climate meetings. He then
disappeared. Meanwhile the Chief Financial Officer of the Environmental
Protection Agency under Obama, Joe Hezir, received no instructions as to
whether he should go or stay. “Not knowing what to do, but without anyone to
replace him, the CFO of a $30 billion operation just up and left,” says Lewis.
Even six months after Trump took office, there was still no-one to run the
federal disasters management agency, FEMA; the Transportation Security Administration (TSA); the
Centers for Disease Control; or the Patent Office. When the senior appointees
finally did appear, they seemed mainly chosen to dismantle their departments
and had little interest in understanding their work.
Having
told us all this, Lewis then briefs us on the wide range of things these
department actually do – far more than we suppose. The US Government’s two
million employees manage a portfolio of risks that no smaller entity could
manage. They include the obvious ones, such as financial crises, terrorist
attacks and hurricanes. But they also include those we are less likely to think
of, such as a prescription drug suddenly proving to have been addictive and
dangerous, and killing thousands of people a year (Lewis does not say so, but he is clearly thinking of the
opioid crisis). Other risks, Lewis adds, feel unreal – a virus that kills
millions, economic inequality that causes violence, and so on. “Maybe the least
visible risks,” he adds, are “of things not happening that, with better government,
might have happened. A cure for cancer, for instance.”
What
Lewis is describing is complexity, and the many skills on which it draws. As
we’ve seen, Tainter pointed out that a
modern European census will recognize 10-20,000 distinct roles. I also
quoted above Nichols’s statement that: “The celebration of ignorance cannot
launch communications satellites ...or provide for effective medications.” But
what this complexity also does is manage risk.
Lewis
interviews the former Chief Risk Officer of the Department of Energy and is
told that there were five key risks that the Department must manage. The first
four are nuclear weapons, loss of or accident with; the nuclear threat from North
Korea; likewise from Iran; and threats to the electric grid. The fifth risk,
which gives the book its title, is project management. Lewis does not explain
the latter; he is a show-not-tell writer and
takes us instead to one of the DoE’s biggest projects, the Hanford
nuclear facility in the Pacific Northwest. In 1943 the US army evicted the
population of a large area in eastern Washington State and transformed it into
a nuclear facility. Between 1943 and 1987, when it closed, Hanford created
two-thirds of the US’s plutonium and supplied the material for 70,000 nuclear
weapons. It is now being cleaned up. According to Lewis, the DoE spends $3
billion, or 10% of its budget, into the place. Asked what it would take to
clean it up, the former Chief Risk Officer tells Lewis: “A century and a
hundred billion dollars.”
“The people who created the plutonium for the first bombs, in the 1940s and early 1950s, were understandably in too much of a rush to worry about what might happen afterward,” says Lewis. “They simply dumped 120 million gallons of high-level waste, and another 444 billion gallons of contaminated liquid, into the ground. ...They dug forty-two miles of trenches to dispose of solid radioactive waste – and left no good records of what’s in the trenches. ...Beneath Hanford, a massive underground glacier of radioactive sludge is moving slowly but relentlessly toward the Columbia River.”
In
short, complexity still generates that rate of return, for its loss would be a
catastrophe.
What
has changed is not that rate of return but our perception of it. Joe Klein, reviewing
The Fifth Risk in The New York Times in October 2018, asked
whether we have: “Grown too lazy and silly and poorly educated to
sustain a working democracy? We live in a moment when tribal bumper stickers —
both left and right — pass for politics, when ignorance and grievance drive
policy. The federal government exists at a level of complexity most people just
can’t be bothered to understand. We have little idea what it does, only the
vague sense that it doesn’t do anything very well.”
Richard
Hofstadter was right; we resent our lack of control of complexity. But
we cannot do without it, and if resentment and willful ignorance make us try,
we will find out why. Especially if we live near Hanford. That underground
glacier of radioactive sludge could be our future; this is the way the world
ends – not with a bang but with a peevish, agonised, long-drawn-out whimper.
But
it hasn’t happened yet, and I do not believe in any form of predestination. I
began this piece with a quotation from T.S. Eliot’s The Hollow Men.
Let’s end with one from his Little Gidding (1942):
Sin is Behovely, but
All shall be well, and
All manner of thing shall be well …
The words are not Eliot’s; they are those of the 14th-century Julian of Norwich, a woman who witnessed a savage age (she lived through the Black Death), but in whose teachings God is seen as ultimately loving and merciful. These words tell us that sin – by which, it seems, she meant all bad things – is necessary (‘behovely’) for our self-knowledge, but that God will forgive all. So perhaps that radioactive sludge, or some other avoidable disaster, will be our wake-up call; and “all manner of thing” may yet be well. After all, Tainter is describing a mechanism; he at no point says that it is our certain fate. It is for us to create our future, and we can do so.
All shall be well, and
All manner of thing shall be well …
The words are not Eliot’s; they are those of the 14th-century Julian of Norwich, a woman who witnessed a savage age (she lived through the Black Death), but in whose teachings God is seen as ultimately loving and merciful. These words tell us that sin – by which, it seems, she meant all bad things – is necessary (‘behovely’) for our self-knowledge, but that God will forgive all. So perhaps that radioactive sludge, or some other avoidable disaster, will be our wake-up call; and “all manner of thing” may yet be well. After all, Tainter is describing a mechanism; he at no point says that it is our certain fate. It is for us to create our future, and we can do so.
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