The ongoing Iran war is triggering a global energy crisis that extends far beyond immediate price spikes. The closure of the Strait of Hormuz—accounting for 20% of global oil and 30% of fertilizer shipments—has created a cascading effect across economies. In the Pacific, diesel shortages threaten small island nations, potentially leading to a realignment of alliances that favors China. In Taiwan, energy scarcity forces a choice between cooling homes and producing vital semiconductors, directly impacting U.S. AI ambitions. The war has revealed the extreme vulnerability of global seaborne fossil fuel supply chains to drone attacks, prompting a reevaluation of energy security. This vulnerability is accelerating a shift toward renewables and localized energy systems, such as solar and nuclear, especially in regions like Europe and Asia. Meanwhile, fossil fuel production is shifting to safer, non-transit regions like Latin America and West Africa. Drone warfare is also changing the strategic balance, empowering mid-sized powers to challenge traditional superpowers. As a result, new policies—like strategic energy reserves—are being proposed to stabilize supply chains. Crucially, the war is also raising costs for AI development by disrupting petrochemical inputs and power supply, while China benefits from its domestic supply chains. These second-order effects demonstrate how a regional conflict is reshaping global energy, trade, and geopolitical power in profound and lasting ways.
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Today, thinking about the long-term consequences
of the Iran War.
What do the
following things
have in common?
The death of the Soviet Union,
the rise of the modern Republican Party,
and Nintendo.
The answer is
an energy crisis.
In October 1973,
Arab members of OPEC
launched an oil embargo
against the U.S. and its allies.
Within months,
the price of a barrel of crude quadrupled.
In the U.S.,
the immediate effects
that you surely know
from looking at photographs
or having lived through it
were gas lines
and a national speed limit.
A second,
a second shock
followed during the Iranian Revolution
of 1979,
and gas prices surged again.
The combined effect
of these two energy crises
was the toxic union
of stagflation and inflation,
two things that economists
had previously suggested
were practically incapable
of coexisting.
Those immediate effects,
gas lines,
recession,
were actually the least
interesting consequences
of this historical moment.
The arms of the 1970s oil crisis
truly reached around
the world.
In the USSR,
oil shocks were a windfall
for the Soviet petro-economy,
and oil money allowed Moscow
to paper over the dysfunction
of its planned economy for years.
But in the 1980s,
oil prices fell,
and Gorbachev's petro-economy collapsed,
contributing significantly
to the demise of the Soviet empire.
In Japan,
heavy industry relying on cheap oil
had powered that economy in the 1960s,
but expensive oil
threatened that model of growth.
In the 1970s,
industrial policy was rerouted
towards smaller manufactured goods
that required less energy,
things like computer chips,
circuits,
robotics.
The famous consumer electronics revolution
of the 1980s in Japan,
the Walkman,
the VCR,
Nintendo,
was an echo of the 1970s oil crisis.
In the US,
the historian Gary Gerstle
has described how stagflation
shattered the New Deal consensus
that had ruled American politics
since the 1930s.
Americans lost faith
in the sort of
activist government
associated with Roosevelt,
Truman,
and Lyndon Baines Johnson.
The political order
that emerged from the 1970s
prized individualism,
celebrated markets,
and even outwardly mocked
the idea of effective governance.
The election of Ronald Reagan,
and thus the rise
of the modern Republican Party,
is very hard to imagine
in a world
where the economy of the 1970s
was as copacetic
as the economy of the 1950s.
So there you go.
The fall of the Soviet empire,
Nintendo,
Reagan.
None of those things
were entirely caused
by the energy crises
of the 1970s.
I'm not saying that.
But in each case,
the oil shocks of the 70s
reshaped the political
and economic environment
in a way that increased
the odds of these
world historical developments.
The vast and sprawling tentacles
of past energy crises
have been on my mind recently
during this Iran war,
which has already shut down
most commerce
passing through
the thin Strait of Hormuz,
through which passed
more than 20%
of global oil transits,
20% of seaborne
liquefied natural gas,
30% of seaborne fertilizer,
and a growing amount
of global container traffic.
The Strait of Hormuz,
as I've said,
is a little bit like
the global economy's ACL,
a small and vulnerable
connective tendon
that you don't have to think about
when it's working perfectly,
but causes very loud anguish
when normal functioning
is ruptured.
By some measures,
this Iran war
is already the largest
sudden disruption of oil supply
in modern history,
and the aftershocks
of its closure
are truly global.
Governments around the world
are telling their citizens
to use less.
In Australia,
the prime minister
gave a rare national address
to ask his citizens
to stay out of their cars.
Please, he said,
take public transit,
bikes, trains.
In Europe,
the EU's energy commissioner
called on governments
to encourage remote work
and cut highway speed limits.
In Thailand,
the prime minister
wore short sleeves to work
and asked others to do the same
to avoid using air conditioning.
In Egypt,
shopping hours have been cut
to five days a week.
In the Philippines,
civil servants were asked
to stop using the elevator.
In Sri Lanka,
Wednesday is now a public holiday.
In Laos,
the school week is now three days.
Each one of these measures
is at bottom
the same measure.
Use less.
Because there is less to use.
Demand is being destroyed.
And those are just
the first-order consequences.
As the 1970s taught us,
energy crises are notable
not only for their effects,
but for the effects
of their effects.
Today's show is all about
trying to understand
these second-order consequences,
which are now billowing
throughout the world.
Today's guest
is the financial analyst
and writer Alex Turnbull.
We talk about
how the Iran war
is already remaking the planet,
and in particular,
we talk about how this war
is reshaping America's showdown
with its number one
geopolitical adversary.
One way to see this war
is that the U.S.
decapitated Iran's leadership.
But that bullet
passed through
the Iranian theocracy
and hit the Gulf energy producers
in the arm,
ricocheted off,
and struck the Pacific islands
in the foot,
bounced up into Japan
and ripped through
their plastic manufacturing industry,
and then swung around the world
until it landed
on an American gas station,
turning the three
in three-dollar gas
into a four.
This is a war
with very few winners.
But one of those winners
might be China.
I'm Derek Thompson.
This is Plain English.
♪
♪
Alex Turnbull, welcome to the show.
Thank you very much, Derek. Good to be on.
So if an American television viewer or a newspaper reader or podcast listener tunes into the Iran war, they're overwhelmingly likely to hear about the price of gas, the price of gas, the price of gas.
What they're very unlikely to hear about are the Pacific Islands.
And that's precisely why I want to begin with the Pacific Islands.
Alex, what's happening in the Pacific Islands?
Well, to most Americans, they're random dots on the part of the globe they don't really look at.
And understandable.
However, they are places where if, for example, China were to establish a permanent military presence, it would severely undermine the U.S.'s ability to do much with regards to Taiwan or other countries in the Pacific, which are a higher priority.
And so if these islands cannot get diesel and they. run on diesel for their power, for their transport, because there's a lot of its shipping, then they can potentially collapse.
And they will face the choice of either collapse or sourcing diesel from, say, China, and China will have an ask there.
And if China were to ask them, hey, guys, I'd like to build a deep water port and put some stuff there, just don't ask too many questions about it, they're probably going to say yes, at the point at which they're facing complete economic collapse.
And that would severely undermine the U.S.'s ability to project power, to defend its allies, to secure its supply of critical inputs from countries like Korea, Taiwan, and others.
So they look like small dots on a map, but they absolutely matter if they go to the other side and things get hot.
And how severe is the diesel crisis in these islands today?
Already quite acute.
There is an overall shortage in Asia.
These are not the wealthiest places in the world.
So where, you know, people have to pay up for a smaller supply of diesel.
that are going to be able to afford it are Korea, Japan, Singapore, Taiwan. These places will not
be able to pay that, and they will get desperate. And I think there will be consequences to that.
And just to be clear, what islands are we talking about here?
Fiji, Tonga, numerous others around that area, Vanuatu,
and New Caledonia. I mean that they could vote for full separation from France and become a
quasi-Chinese client state. They're also a big producer of nickel, which is quite important
for batteries. So there's a lot of things that could go wrong here, even if these places look
like they're in the middle of nowhere. And Derek, I just want to say, Asia's a long way away.
It's a lot of Americans, it's easy to ignore, but I don't think people realize how acute
the crunch is getting and how quickly it is here. Korea is already going towards
language and savings on fuel that we last saw in the 1970s. There is
a horrific crunch in the poorer countries in the region, some of which host
the US military, like the Philippines. There is an acute level of pain in the Pacific Islands. I
think if this goes on for a month or two, politics here will change in a way that will be very hard
to change back. And for the US's strategic interests, I think things will go away that
no other administration would have let go away in their right mind. And it's quite scary,
but I'm watching it happen day by day. So if you're the American State Department or the Pan-American
Party or the Pentagon, why is this concerning? Because particularly in the case of some
sort of Taiwan or any other security contingency, China could essentially put a blocking presence
between Australia and the US, and I'm Australian, I care about that.
They could also prevent US force projection or resupply to Taiwan in some sort of conflict there.
They would essentially be able to prevent the US having free or unmolested operations
anywhere in the Pacific, pretty much all the way to Hawaii.
So the idea is that the US wants a presence in the Pacific, a military presence
in the Pacific, to protect its interests, in particular to protect Taiwan. And we're
going to get to Taiwan in just a second. And one thing that makes a lot of sense is
for the US to help out these Pacific Islands so that they allow the US to keep bases,
keep a military presence on their land. But in a world where the US is creating an
enormous pain point, a crisis for these countries, suddenly China can come in looking like the good
guy. And are we foreseeing a world in which the US military presence essentially gets booted out
because China proposes a kind of quid pro quo? We will give you islands energy in exchange for
you being more favorable to Chinese military interests rather than American military interests.
It's entirely possible. This crunch is now getting
very severe in Asia. You are seeing China allow select cargoes of diesel fuel oil to places like
the Philippines and Vietnam. I'd be shocked if there wasn't an ask on the other side of that.
Turn to Taiwan. Taiwan is going into the summer, the summer cooling season. They have a gas
dependent grid. They have really heavy exposure to the Middle East. Paint the picture now of
what kind of a crisis is facing Taiwan in the next few months.
So Taiwan's grid relies very heavily on gas-fired power, all supplied by LNG.
Summer is when it's really hot and humid in Asia, and that's when the household and
non-industrial demand is very high. The other large sources of power demand in Taiwan,
of course, are things like petrochemicals, and that goes into things like the semiconductor sector. So
we're very quickly going to get into a not-so-much-guns-and-butter but air-con or chips
type scenario in Taiwan. And that's going to lead to some very hard choices in a democratically
elected government as to whether you support your voters who want air-con or support U.S. interests
to do a massive AI build-out. Just to be clear for listeners,
air-con here is air conditioning, right? Air conditioning. Sorry, sorry.
And chips is computer chips. So I just want to make sure. No, no, no. That's right. Finance lingo is
totally fine here. But I mean, you're saying that there's only so much energy to go around,
and the energy, if it is scarce, can either give you full air conditioning when it's 95, 100 degrees,
I don't know, in Taiwan and also quite humid, or you can use that same scarce energy to not cool
people's apartments, but rather to make the most valuable computer chips, some of the most valuable
inputs in the global economy. So just unpack that a little bit, because I do think that this is one
of the more important aspects of the global energy crisis that people in America aren't quite talking
about. Sure. So you get into the summer and you essentially have to cut your energy demand by
15%, maybe. And you will have to essentially choose between running your industries
for the export sector, so producing silicon chips from the likes of TSMC and others,
you know, memory. And of course, AI is very memory intensive, because it is currently
designed. And you'd have to somehow go into a massive crunch in household energy demand and
commercial energy demand. Or you can somehow curtail the output of chips. And frankly,
the supply of chips might be curtailed anyway, because if you have a lack of petrochemical supply
because of a lack of oil supply, then you might not be able to make
the chips, whether you're restricted on helium or other compounds that are required in the
manufacturing of semiconductors. And that's where it would hit the U.S. quite hard in terms of the
AI buildup, for sure. One thing I'm not sure I understand is that if Taiwan is facing an imminent
crunch, where the country, a democracy, has to choose between keeping our people comfortably
chilled and running the industry.
I'm not sure that's the case. I don't think that's the case.
And other countries, like Korea, that are making chips might also be facing similar choices.
Why aren't we hearing these countries scream publicly at American leadership,
end this war right now? You don't realize what you're doing to your allies.
Why aren't we hearing about this screaming in public news?
It is generally uncommon in most countries.
To conduct your diplomacy over truth social. So maybe they've been very forceful. I've heard
they've been very forceful, but they're doing it behind closed doors or on private lines or
sources of manners of communication. So let's connect a few dots here.
One of the most exposed parts of the world are the Pacific Islands that rely on diesel fuel.
Diesel fuel prices are skyrocketing because of a war that America chose to start with Israel in
the Middle East. That could tip leadership in the Pacific Islands from thinking
of the U.S. as an ally to thinking of the U.S. as a kind of rogue superpower that they can no longer
trust. And as that balance shifts toward maybe we should, in exchange for receiving diesel or energy
from China, allow China to have a larger military presence in these Pacific Islands, that allows
China to build a kind of military shell in the Pacific. At the same time, you have this dual,
dual sided crisis in Taiwan, where essentially they're having to choose between using scarce
energy for air conditioning or chip manufacturing. I mean, let's allow ourselves to get a little bit
speculative here. To what extent do you think what we're seeing right now in the news of April
2026 is the beginning of a shifting balance of power in the Pacific that could end
with China essentially just taking the Pacific and Taiwan in particular as a kind of military vassal?
It's possible. I mean, this can go on for a short period of time,
but not a long period of time without incurring serious pain and suffering on
the man in the street in a lot of these countries. And the democracies, these things will not be
ignored or easy to forget. So we're starting to go through a process which may not be reversible
easily or perhaps ever. So I would say the longer this goes on, that becomes a possibility.
You're saying the longer this goes on, the larger the possibility, essentially,
that China is the declarative winner of this contest in the Pacific?
For sure.
I want to turn to Europe because,
what's happening in Europe,
also really interests me in terms of its long-term effects. You've seen the EU end
energy commissioner announced that they're encouraging people to not drive. They're
encouraging people to work remotely. Those are the first order effects, right? That's just Europe
essentially saying, we don't have enough energy coming in. We're going to do sort of government
induced demand destruction, right? We're going to like ask people to demand less energy. Why don't
you describe the situation there as you see it? And then there's sort of some second order effects
in Europe that I want to talk to you about. Sure. I mean, well, in power markets, it depends
on the country. So Spain has a lot of renewables. Kip didn't shut down its nuclear. Their power
prices have been pretty orderly so far. France, also plenty of nuclear, also a lot of renewables,
very orderly. Places like Germany, which still prices on the margin on gas, and Italy, which is
very gas heavy, are, you know, back in the bad place for all intents and purposes.
And then on terms of liquid fuels for driving, for diesel, it's not quite as apocalyptic as Asia,
but it's quite bad already. And it's already starting to hit certain parts of the barrel.
For example, aviation fuel is already getting very tight and very expensive there, though it's
not quite as dire as Asia just yet. Just to give me the clearest picture,
who in Europe is getting hurt the most right now? People who got brought
up, people who use a lot of gas in their power brids. So Italy is getting hit very hard. Germany,
because they don't have enough storage, and they shut down their nuclear. Scandinavia is fine,
lots of nuclear, lots of hydro. Spain, mostly fine. Portugal, fine. France, mostly fine so far.
So there's a handful of countries that are really, really struggling,
and there's others that are more resilient, either because they have nuclear or because they have
renewables, which is solar, batteries, wind, hydro. One thing I wondered is whether, you know,
you talked about one possibility of China winning in the Pacific. In a world where more European
countries realize that the global fossil fuel economy has this very weak ACL in the Strait of
Hormuz that can crack, that can rupture, they might think, we need to accelerate the rate at which we are
adding renewables, adding solar and batteries in particular. And you look around the world and
you think, okay, who's making the most solar panels? Who's really the number one global
manufacturer of solar technology? It's China. Is there a way in which one outcome of this war
could be a reacceleration of renewable consumption that is buying up solar panels in a way that also
helps China?
Because they're the biggest guy in town when it comes to selling this stuff.
I think that, yeah, I mean, you'll almost certainly see that everywhere. I think in the
short run, to attenuate this shock, you install, you know, solar and batteries with your ears pinned
back. And in Asia in particular, they're now restarting a lot of nuclear. So in Korea, Japan's
got an enormous amount of nuclear they can restart. They've already been doing that for a few years,
but I think they're starting to do that. I think they're starting to do that.
I think that will accelerate. Taiwan is finally taking that seriously. So I think there'll be a
massive response there. But yeah, I mean, this will lead to more demand for Chinese products.
The interesting question for Europe is, past the immediate crisis, do you then want to ensure you
have the industrial capacity to produce these goods? Because otherwise you've traded one
dependency for another. And I would think it would be wise to not leak from the frying pan into the
they will go bananas. Yeah. Alex, I want to hold on this topic of the way that the Iran war
could ironically shift the global energy picture toward renewables. That is solar and batteries,
wind, hydro, nuclear, which is not renewable, but, you know, low carb. It seems to me like
one lesson of this war has to be the degree to which seaborne,
fossil fuels in particular are incredibly fragile, not just because of the initial bombardment of
this war, but maybe also because of the fact that we're seeing Iran and the Houthis like launch
drones that can fly hundreds of miles away from that country and threaten the ships that are
carrying these fossil fuels. So before we continue to tell the story of how this war could accelerate
the shift toward renewables, I want to ask you a question. What do you think?
Can we just talk a little bit about the possibility that this war has revealed an
enormous vulnerability of the global fossil fuel market? Certainly. I think the underlying
assumption of what made fossil fuels work was that they were the cheapest thing going for the
longest time. And you could assume away the security in the open ocean, either by dint of
the U.S. Navy or by dint of there was no such thing as drones and they couldn't travel 500
miles readily and hit a ship at that distance. And they didn't cost, you know, like the price of a
mid-sized car. All those assumptions are wrong now. And so one thing that I think we've underappreciated
is how seeing what has happened in the Ukraine war with Ukraine, a mid-sized power, under assault,
being able to hit Russian tankers all over the place, that capacity can be developed by America's
people, by non-state actors, by other threats. And this should change how one considers the overall
price versus risk calculus of fossil supply everywhere. If you move a very large crude
carrier, you assume the insurance is cheap, that it's going to turn up on time, and that
it can be unmolested in the open ocean. And now the problem we have is that you are under
threat through certain bodies of order due to current geopolitical conflicts. You could be
longer term under threat from non-state actors. And the result of that is that that's a very
risky source of supply. And so you need to consider the risk associated with depending
on having signing an offtake from a place where that supply could get shut down for an extended
period of time. And the problem with geopolitical shocks is they tend to
drag on. I mean, wars tend to not last a week. If you have a storm in the Gulf Coast or Australia,
okay, not great, but life goes on. It's over in a week. You fix things. But with these sorts of
shocks, they are persistent and can do extraordinary long-term harm. And this changes the calculus of,
is that really a stable source of supply? Many people say, okay, solar's not good when the sun's
not shining or the wind's not blowing, but the sun rises again the next day, right?
Um, if you have a war kickoff over critical straits, whether it's, um, in the Red Sea or
in the Persian Gulf, those problems tend not to go away the next morning. And I, and I think this
is something which is a, a deep change, which people need to internalize and think about.
Tell me if I'm summarizing what you just said accurately, that the Iran war did not just
it also illuminated risks that might last longer than the war itself because it's created the
situation where now you've got drones flying around attacking ships. And now everybody knows
that everybody knows that drones have the capacity to do this. And so even if the war ends tomorrow
in a week, in a month, in the months and years that follow, you know, maybe people in the global
energy community are going to think, you know, we're going to have to do this. We're going to
do this. We just learned how incredibly vulnerable global fossil fuels are to drone attacks. Maybe we
should price insurance higher. Maybe the cost of this overall source of energy is just going to be
higher. And that is going to on balance shift energy from fossil fuels towards something that
is more local, that doesn't travel on the open seas that are vulnerable to drones. And that sort
of thing is going to be a big problem. And I think that's going to be a big problem. And I think
is, I mean, it seems to me all things equal, renewables and nuclear. Is that a fair analysis
to sort of layer onto your analysis? Absolutely. Yeah. I think that is where it will invariably
have to go. You will insource energy because there are risks that have been underpriced for
a long time. And if you do price them, it kind of looks like a security cost, which looks a lot like
a carbon cost, but it doesn't really matter. That's just the better risk adjusted source of supply.
Yeah. It's interesting. I remember talking to another Aussie, Saul Griffith, about the case for
solar and making the case for solar to MAGA conservatives in America. And he said something
that started in a very different place, but somewhat arrived at the same conclusion that
you're reaching. He said, one thing I might tell them, MAGA conservatives who are anti-nuclear,
is when you drive a car that uses gasoline or you power a car that uses gasoline,
power your house with whatever, oil, natural gas.
Yes, maybe that oil or natural gas came from the U.S., which is a huge energy exporter,
but it's participating in a global market of oil that often enriches theocratic tyrannies
in the Middle East or Russia.
We don't want our energy markets to enrich our geopolitical adversaries.
We should want the solar panel that powers our car to be on the roof of our neighbor
who we love in our good old Republican town.
And so there's a way in which solar and renewables are kind of small-c conservative.
It's local, right?
I think you said we're insourcing our energy.
And so it's kind of funny.
He was making this somewhat tendentious but clever argument for getting Republicans to
see the benefits of solar as being something that didn't rely on these sort of global networks.
And you're making a similar argument from another perspective.
You're saying this war is teaching us that global energy markets might be riskier and
therefore more expensive in the future.
And a lot of countries might make the decision to say, you know what we can count on the
price of and that is very unlikely to be disrupted by a war in the Strait of Hormuz is a solar
farm in Arizona or, you know, hydropower in the Netherlands.
And so it's kind of interesting to think.
That global events might be re-accelerating this shift toward nuclear.
It's an interesting second-order consequence here.
I mean, I look, I used to do a lot of jujitsu and judo.
You don't give someone an advantage willingly.
And I think we've got to think of our energy systems in the sense of, do you want to give your enemy a vote on things like your
country's inflation rate, which is a great way to kick your government out in a democracy.
And so having this insecurity is something they can lever.
And it is abundantly clear by all the compulsive tweeting of the Iranian government, they are trying to lever this.
And they are saying, I will inflict pain on you and that's how I'll get rid of you.
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All right, Alex.
I feel like we've talked.
We've talked about two potential second-order consequences of this war, both of them quite ironic.
Number one, the strengthening of China, right?
Donald Trump attempts to assassinate the theocratic leadership of Iran.
The bullet passes through Iran's leadership and then ricochets and somehow hits us, strengthening China.
A second consequence that we've discussed is the irony of Donald Trump.
Ironic.
He's the economic champion of solar and batteries everywhere.
That this war could increase risk premia on seaborne fossil fuels in a way that encourages many countries around the world to say,
I'm not sure I want to rely on the Strait of Hormuz the way that I have for the last few years or decades.
I would much rather build a local energy source.
That local energy source is more likely to be solar, batteries, wind, hydro, nuclear.
Let's talk about a third solution.
Second-order consequence of this war that you're looking at.
It seems to me that if the Middle East oil and gas producers are going to be weakened by this war,
other countries that have the capacity to produce oil and gas are going to be strengthened.
Who else do you think could be a winner here, an ironic winner of this war in the Middle East?
I think anyone with the capacity to produce fossil who is acts,
who has access to open ocean,
um,
doesn't have to transit any geopolitical hot zones.
And so that would be Argentina,
Brazil,
um,
uh,
probably Venezuela at some point.
Um,
and also,
uh,
a lot of West African,
um,
countries which have offshore oil,
um,
developments right now.
So I think that's where people will go to diversify to have uncomplicated,
uh,
supply lines,
uh,
where they don't have to,
worry about drones and,
um,
other such things.
So it could potentially strengthen some of the central South American,
uh,
fossil fuel producers.
I,
I,
I want to make sure that we touch on Russia as well because in the 1970s oil crisis,
Russia's petro-economy really took off and there's some geopolitical analysts who say that it was a little bit of a Pyrrhic victory because,
because Russia's petro-economy took off in the 1970s but then when the price of gas fell in the 1980s that weakening of the Soviet petro-economy contributed to the collapse of the Soviet Union.
They sort of went all in on this commodity that then depreciated and that contributed to the fall of the Soviet Union.
Let's hold on Russia a bit because you know people following the news closely probably know that Russia has now been allowed to,
sell,
commodities to India which previously was,
verboten as we were trying to squeeze the Russian economy to allow the Ukraine's,
uh,
army to,
to win against Putin.
But where are we right now,
with Russia?
Um,
well they're not actually certainly the price has gone up without a doubt.
The problem is is that their oil loading ports are increasingly and frequently on fire,
um,
because they are getting hit by Ukraine,
uh,
all across Russia.
Even in the Baltic there have been numerous hits on Primorsk,
Osloge,
and so on.
So they are struggling to really benefit in volume terms and they're also struggling with the internal domestic refining system due to all these hits by Ukraine which are just ongoing.
And this is the central fact of all this is that the tools of warfare have changed and it changes a lot.
Um,
so I think we need to consider that as sort of a,
paradigm shift,
uh,
which is gonna,
has a lot of downstream impacts in geopolitics and needs to be contemplated very deeply.
Well let's talk about those consequences right now.
What do you think are the most important ways in which the rise of drone warfare,
which is clearly a major feature of this war,
is gonna change not just,
you know,
global fossil fuel markets,
but the global economy and geopolitics in the future?
Uh,
there's a great book by a historian called Carol Quigley,
which is about how weapons systems,
uh,
drive history,
um,
as published in the seventies actually,
uh,
posthumously.
And I think looking at what these platforms do,
it's a little bit like the emergence of the rifleman,
um,
and the sort of citizen army in the sense that you can have the citizen drone pilot and within that range of those drones,
you can have a very functional kind of territorial army,
which doesn't lean as hard on the centralization enforcement,
but it's a very functional kind of military power.
And so,
you know,
I think that's a really important point.
So provided you have the industrial capacity to produce these platforms, you as a mid-sized
power get a much bigger vote in geopolitics going forward.
So I think this is a challenge to the US, certainly in the Middle East right now, but
I think it's also going to be a challenge to China if they were to get expansionist
elsewhere, much as it has been extremely challenging for Russia and Ukraine.
So I think this is kind of, to a certain extent, it's a deep flattening of the field.
And I think it becomes more about, is your society resilient?
you provide food, power on a distributed or more resilient basis, and then you can fight.
And then it's very hard to get rolled as a country. And I think that's not a terrible
thing coming from a mid-sized country myself, but it does really, I think is a very challenging
thing for the U.S. to take on that this change has occurred, because it is a structural break
with everything the U.S. has learned since really the 1930s.
Are you suggesting that drones should therefore have a kind of deterrence effect,
the way that atomic weapons clearly do? Yes.
Clearly, that deterrence effect wasn't enough to stop the U.S. from bombing Tehran. But you're
saying perhaps in the future, looking at the Ukraine-Russia war, looking at the Iran war,
major powers in the next few years, notwithstanding some major development,
superintelligence, that again changes the landscape of war, future major powers might say,
this military campaign is not going to be as easy as it would be without drones,
because drones allow for this flattening of, leveling of the battlefield, such that a
smaller or weaker country can nonetheless do enormous damage in a way that messes up the
calculation of the world.
Yeah. I think currently that is the state of play. And I think it is neither good nor bad.
It is simply a change in what the strategy set is and the tool set, and that will lead to new
strategies. But I think at this point, the sort of paradigm in the U.S. where you could have a B-2
take off and then. Flatten stuff and then fly back and then not have to worry about your local bases being
attacked in Iraq or UAE or what have you, I think that's over now. And it is what it is.
I want to round things out here. In the open, I talked about how the 1970s energy crises had
these enormous tendrils, these tentacles that wrapped around the world that you can attach
the 1970s oil crisis.
Yeah.
To the rise and fall of the Soviet petro-economy that led to the downfall of the Soviet empire.
You can associate it with the economy of Japan, which switched from energy-expensive heavy
machinery to less expensive robotics. And so ironically, things like the Walkman, Nintendo,
are part of the legacy of the 1970s oil crisis. I also talked about how the oil crisis of the
1970s might have birthed the modern Republican Party, the stagflation that resulted in the U.S.
economy.
In the 1970s, destroyed the New Deal order that Democrats had relied on for the previous 30 to 40
years. And in the aftermath of that destruction, the anti-New Deal order became Reaganite neoliberalism,
which was the political order of the next 20, 30, 35 years. So those were the three long-term
implications of the 1970s oil crises, Soviet Union, Japanese electronics, Ronald Reagan.
Today, we've talked about, I think, to my recollection,
at least four second-order effects of this Iran war that we're looking at. Number one,
an enormous extension of China's military projection in the Pacific that could have
major implications for, like, the big kahuna that everyone's thinking about in terms of geopolitics,
which is, what's the future of Taiwan? Number two, Donald Trump, ironic global champion of
solar power, that this war could accelerate a shift toward renewables. Number three,
another shift of fossil fuel production from the Middle East.
To Latin America. And number four, you just talked about the fact that this war has, again,
in addition to the Ukraine war, demonstrated just how powerful drones are as a military technology
of the future, and how it could level the balance between a major military superpower like the U.S.
and a less major military superpower like Iran after its missile systems have been demolished.
Let's think about one final,
second-order effect. And here we land in the realm of policy.
When, historically, the U.S. has faced inflation, it's been the role of the Federal Reserve
to apply the medicine. I mean, this was the end of stagflation, early 1980s. It was the Federal
Reserve that jacked up interest rates, cooled off the economy, led to a recession, and ultimately
led to the boom of the 1980s. But in a world of rolling energy shocks, the Ukraine war,
the Iran war, who knows what kind of drone nonsense comes next? The Houthis. It doesn't seem like the
Federal Reserve, just by raising interest rates, is a very good medicine for the disease of these
energy shocks. And I know that you've worked with my friend Arnab Dada on coming up with a new
policy response to this new age of energy shocks. In addition to just asking the Federal Reserve to
raise interest rates a little bit, what else can we do to dampen the inflation bite of these kind
of conflicts? Yeah. So the Strategic Petroleum Reserve and the legislation around it was
developed in the 1970s as a response to these inflation shocks. And in 2022, I started working
And explain what that is. Some people might not know what the Strategic Petroleum Reserve is,
but let's make sure they really understand. It's sort of right there,
but I want people to understand how this works. Sure. So in the 1970s, the US developed
Strategic Petroleum Reserve, which is now close to 800 million barrels of capacity
of oil storage to deal with these kinds of shocks. So that in the event you had tanker wars in the
Gulf or some other kind of cessation of supply, you could gradually attenuate that acute shock,
very significant inflation implications, and smooth that shock out. Now, a lot of the work I did with
Employee America from 2022 has, with others, led to the creation of the SECURE Act, which has been
introduced to Congress on a bipartisan basis. And we've actually just passed a bill in Australia,
the Strategic Reserve, where the government can enter into stockpiling, get plants up and running
them caps and floors, and essentially run a, within a banking, within a banking entity like
Australia's Export Finance Agency, or, for example, US Ex-In, to put these capacities of
almost a commodities trading desk to act on behalf of the state, to ensure that you can ensure that
supply is available in a bad state of the world, and that your enemy or some event somewhere else
can blow up your economy and force your central bank into a corner.
Are these policies pushing against globalization or pushing for globalization? Because I can imagine
an answer to both. That on the one hand, if the US is exporting less of commodities that we produce
here, well, we're trading less with the world in order to fortify our position in the event of a
crisis.
But also, if countries that aren't producers of that commodity want to build their own strategic
reserve, well, then they have to trade more to get more of that commodity. And so I guess that is,
theoretically, trade. That's globalization.
Yeah.
Do you, Arnab, folks at Employee America, have a view on whether these policies, the necessity
of these strategic reserve policies, are fundamentally anti-globalization or pro-globalization?
I think of it slightly differently. You've got totally the ideal of free trade. Everyone's a reliable supplier. You don't have to worry about anything. Right? Nothing ever happens. It's a nice world, right? And wouldn't that be nice, right? Then you've got the full-on wartime economy paradigm. And what these things do is they ensure you have mechanisms to ensure you can exist on a
minimum there and adjust accordingly to the state of the world. But what's really good is if you have these tools and your enemy knows that you cannot be hurt severely by their ability to withdraw supply or block trade or block a straight or launch a thousand drones at you, then they're not going to do it because it won't work. So you want these things not just because it actually provides you security, but because
it also changes the behavior of people who might try to leverage these opportunities.
Alex, I'm going to let you go because I know it's late where you are. But it occurs to me that I'd be remiss to not mention that one of the most famous and commonly discussed aftershocks of this war is whether this war could decimate the artificial intelligence industry. We've already seen an enormous price shock in
the manufacturing of memory chips. And I would love for you to just take this final beat to the interview to explain, as you see it, how this war exactly could raise the cost of or is already raising the cost of computer chips that are relied on by the artificial intelligence industry.
Certainly. So first of all, making chips is incredibly complicated. There is a very long list of materials.
the materials that go into them.
One thing that is very important is helium, which is used mostly as a conductive gas.
But then there's an enormous range of other, especially petrochemicals, that come from Korean refineries, which might not have crude to run in a month, or Singapore for that matter.
And there is a real risk that not just on the power demand constraints, but also on the inputs, we are going to have some serious issues.
And what's interesting about this war is it started during a quiet period before earnings, when a lot of companies can't tell investors what their exposures are.
But if you talk to unlisted midstream chemical distributors, this is starting to become very tense.
And it will become extraordinarily tense over the next couple of weeks.
So we've seen a force majeure for most of petrochemicals in Taiwan.
I have no doubt there are going to be more and more of them over time.
And so this will cause constraints in chip production.
It won't be the whole sector will come to a halt at once, but it will start to impact lower value things.
Then it will eventually start to bleed through to the really high value, important stuff, NVIDIA and so forth, the longer this goes on.
So it's not that this is going to be very consequential.
And even if you install, even if you can produce the NVIDIA chips, if they require certain power electronics,
or the cheapest stuff to construct the rack, to go in a data center, and you can't get the cheap stuff, then you can't put it in the data center.
And this could very seriously slow U.S. data center expansion and A.I. development at the same time as China is probably going to source helium from Russia and will not have any of these material constraints because they have all their supply of oil and a lot of domestic petrochemical products.
So that's also not helpful.
Thank you so much.
Thank you.
Podcast Summary
Key Points:
The Iran war is disrupting global energy flows, particularly through the Strait of Hormuz, triggering widespread second-order effects across economies and geopolitics.
Energy crises are reshaping global power dynamics, with the Pacific Islands facing diesel shortages that could shift allegiance from the U.S. to China, strengthening China’s strategic presence in the region.
Taiwan and other tech-dependent economies are forced to choose between air conditioning and chip manufacturing, threatening U.S. AI and semiconductor supply chains.
The war exposes the fragility of seaborne fossil fuel supply chains due to drone attacks, altering risk assessments and accelerating the shift toward renewables like solar, wind, and nuclear.
Countries are diversifying fossil fuel production to regions with secure supply lines, such as Argentina, Brazil, and West Africa, reducing reliance on volatile Middle Eastern transit routes.
Drone warfare is enabling mid-sized powers to challenge superpowers, flattening traditional military imbalances and challenging U.S. strategic dominance.
The Federal Reserve’s traditional inflation response is insufficient; new policies like strategic reserves are needed to buffer against prolonged energy shocks.
The war is increasing costs for AI development by disrupting petrochemical inputs and power supply, while China gains advantages through domestic supply chains and material access.
Summary:
The ongoing Iran war is triggering a global energy crisis that extends far beyond immediate price spikes. The closure of the Strait of Hormuz—accounting for 20% of global oil and 30% of fertilizer shipments—has created a cascading effect across economies. In the Pacific, diesel shortages threaten small island nations, potentially leading to a realignment of alliances that favors China.
S. AI ambitions. The war has revealed the extreme vulnerability of global seaborne fossil fuel supply chains to drone attacks, prompting a reevaluation of energy security.
This vulnerability is accelerating a shift toward renewables and localized energy systems, such as solar and nuclear, especially in regions like Europe and Asia. Meanwhile, fossil fuel production is shifting to safer, non-transit regions like Latin America and West Africa. Drone warfare is also changing the strategic balance, empowering mid-sized powers to challenge traditional superpowers.
As a result, new policies—like strategic energy reserves—are being proposed to stabilize supply chains. Crucially, the war is also raising costs for AI development by disrupting petrochemical inputs and power supply, while China benefits from its domestic supply chains. These second-order effects demonstrate how a regional conflict is reshaping global energy, trade, and geopolitical power in profound and lasting ways.
FAQs
The war has disrupted key oil routes like the Strait of Hormuz, causing severe shortages and skyrocketing prices. This has led to widespread energy crises, especially in Asia and Europe, where diesel and gas become scarce and expensive.
The war is weakening Middle Eastern energy producers and strengthening alternative suppliers like Argentina, Brazil, and West African nations. It is also shifting military power dynamics through drone warfare, enabling smaller nations to challenge larger powers.
As fossil fuel supply chains become vulnerable to drone attacks and geopolitical shocks, countries are reconsidering their energy security. This is driving faster adoption of solar, wind, hydro, and nuclear power as more resilient, local alternatives.
Yes. Pacific Island nations facing diesel shortages may turn to China for energy supplies in exchange for allowing greater Chinese military presence, potentially undermining U.S. strategic influence in the region.
Taiwan’s power grid relies heavily on gas and LNG. With rising energy costs, the country must choose between cooling homes and producing vital semiconductors. This threatens AI development due to supply constraints for chips and power.
Drones have made warfare more accessible and decentralized, allowing smaller or mid-sized nations to inflict significant damage. This flattens the battlefield and challenges traditional superpower dominance, especially in the Middle East and Pacific.
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