Bitcoin's Surprising Strength in Crisis
One of the most compelling developments in recent financial history is Bitcoin's behavior during geopolitical turmoil. While conventional wisdom has long categorized Bitcoin as a "risk asset" — something that should sell off alongside stocks when fear grips the markets — the data tells a different story.
During periods of acute geopolitical stress, a fascinating pattern has emerged. On the day of a major event, Bitcoin may dip alongside everything else. But zoom out to a 60-day window, and the picture changes dramatically. After events like the U.S.-Iran escalation in 2020, the COVID outbreak, Russia's invasion of Ukraine in 2022, the yen carry trade unwinding, and the U.S. regional banking crisis, Bitcoin consistently returned anywhere from 15 to 32 percent within 60 days. Meanwhile, the S&P 500 and gold largely traded sideways or remained down over those same periods.
This pattern played out again during the Iran conflict tensions, when threats of military action sent shockwaves through traditional markets. Stocks fell. Bonds fell. Gold fell. Bitcoin? It held flat to slightly up. The entire crypto market was down only about 6 percent on a day when existential geopolitical threats dominated headlines. For an asset once dismissed as pure speculation, that resilience is remarkable.
There is also a structural advantage worth noting: Bitcoin trades 24/7. When geopolitical announcements drop after market hours — as they often do — stock investors are locked out. They cannot buy or sell until markets reopen. Bitcoin holders, however, can react in real time. This around-the-clock liquidity is not just a convenience; it is a fundamentally different kind of market access during moments when timing matters most.
The "Going to Zero" Energy Argument
Despite this track record, skeptics remain. One prominent argument — advanced by an economist who correctly predicted the 2008 financial collapse — is that Bitcoin will eventually go to zero because of its energy consumption. The reasoning goes like this: Bitcoin's security model relies on enormous amounts of computational energy to maintain its public ledger. As the world faces climate constraints, governments will eventually be forced to curtail energy-intensive activities, and cryptocurrency mining will be among the first things cut.
This argument, while superficially logical, misunderstands what Bitcoin's energy consumption actually represents and how the mining industry has evolved.
Three Ways to Secure Money
There are fundamentally only three ways to secure a monetary ledger. The first is with physical matter — atoms. This is gold: analog, heavy, and limited by geography. The second is with energy. This is Bitcoin: digital, weightless, and secured by computational work. The third is with social and political consensus, typically backed by military force. This is fiat currency.
Each method has trade-offs, but energy is the only path to truly unbreakable digital hard money. There is no real scarcity of atoms — asteroid mining and new geological discoveries can always expand supply. Political consensus can be manipulated, inflated away, or overthrown. Every government in history has debased its fiat currency at some point. But energy cannot be faked. You cannot counterfeit the laws of thermodynamics. Bitcoin, in essence, converts verifiable energy expenditure into monetary security — making it a form of stored digital energy.
Bitcoin as an Environmental Asset
Perhaps the most counterintuitive argument is that Bitcoin mining may actually accelerate the green energy transition rather than hinder it. Five qualities make an ideal energy consumer for achieving net-zero emissions, and Bitcoin mining uniquely satisfies all of them.
First, Bitcoin mining can use stranded energy that would otherwise be wasted — flared natural gas, excess hydroelectric power, or geothermal energy in remote locations with no other demand.
Second, Bitcoin mining is heavily predisposed toward renewable energy because miners are relentlessly cost-sensitive, and renewables are increasingly the cheapest source of electricity available.
Third, Bitcoin mining is time-of-day agnostic. It can consume power during off-peak hours when demand from other consumers is low, smoothing out grid utilization.
Fourth, it is location agnostic. Mining operations can be placed directly next to solar farms, wind farms, or hydroelectric dams — they do not even need grid interconnection.
Fifth, mining rigs can power down almost instantly. This makes them an ideal complement to intermittent renewable sources. When the sun goes behind a cloud or the wind stops blowing, Bitcoin miners can shut off in seconds, freeing up power for other uses and helping stabilize the grid.
No other large-scale energy consumer in the world checks all five of these boxes. This makes Bitcoin mining uniquely suited to subsidize the buildout of renewable energy infrastructure in locations where it would otherwise be economically unviable. Miners provide a guaranteed buyer of last resort for energy producers, which de-risks investment in new renewable capacity.
The Real Question
The argument that governments will simply ban Bitcoin mining to save energy assumes a static world where mining practices never evolve and where political elites apply restrictions uniformly. History suggests otherwise. The more likely trajectory is that Bitcoin mining continues to migrate toward the cheapest, most abundant energy sources — which increasingly means renewables and waste energy — while the network's security and monetary properties become more deeply embedded in the global financial system.
Bitcoin's energy consumption is not a bug. It is the feature that makes the entire system trustworthy. And as the world grapples with how to finance and incentivize the transition to clean energy, Bitcoin mining may prove to be not the problem, but an unexpected part of the solution. The asset that some predict will go to zero might instead become one of the most resilient stores of value in an increasingly uncertain world.