There is a peculiar alchemy at work in the nation’s energy sector, a modern-day transmutation where political brass is spun into nuclear gold.
On a vast, sun-scorched patch of Texas desert near Amarillo, a company called Fermi America proposes to perform a miracle. It plans to conjure from the dust the largest nuclear complex in the United States, a citadel of power for the ravenous engines of artificial intelligence.
The company is nine months old. It has no revenue, no customers, and not a single watt of power to its name. Yet, through the curious mechanisms of the modern market, its founders have been anointed as billionaires.
This is not a story of technological breakthrough or proven engineering prowess. It is a story of political connections. The company’s blueprint reads less like an engineering schematic and more like a guest list for a political fundraiser.
Its co-founders include Rick Perry, the former Texas governor and Energy Secretary for the prior Trump administration, and his son, Griffin. The third is Toby Neugebauer, son of a former congressman, whose last great venture was an “anti-woke” bank that now resides in the “Museum of Failure.”
Raphaëlle d’Ornano, whose firm Decoding Discontinuity advises investors on AI-related start-ups, pointed out the disparity in valuation, stating, “If you or I launched the same business, our valuation would be zero.”
She published an exclusive 31-page teardown for Decoding Discontinuity clients that explained how Fermi’s corporate blueprint essentially tells investors, “we have no proven execution capabilities in this field, but what we do have is a team of politically connected people who make us believe attaining the needed regulatory clearance should not be too much of a problem.”
“Considering the company has no revenue, no products, and no customers, (a valuation of almost $16 billion) is an extraordinary event even for these AI-frenetic times,” said d’Ornano.
For the average Texan who must sweat out the summer and fret over their water bill, the notion that such a consortium, with no record of building anything more complex than a political donor network, could now erect one of the most complex facilities on earth would be laughable if it weren’t so staggeringly expensive.
The numbers involved are of a scale that defies the imagination of anyone who has ever paid a light bill.
Fermi’s initial public offering valued this infant company at nearly $16 billion, a sum that mocks the very concept of risk. At least $40 billion will be required to complete the nuclear power facility in Texas.
The plan is to build four massive Westinghouse AP1000 reactors, the same type that, when last attempted in Georgia, arrived seven years late and $17 billion over budget.
Fermi claims it can build its first in just five years. This is not an estimate; it is a fantasy, one that would be dismissed out of hand were it not printed on prospectuses stamped with the names of prestigious investment banks.
The practical obstacles are enough to give a sober engineer nightmares.
Each reactor requires billions of gallons of water for cooling, a resource more precious than oil in the high desert of the Texas Panhandle.
Fermi proposes to tap the Ogallala Aquifer, the same lifeblood for the region’s farms and families. Local residents, watching their own wells with anxiety, are told not to worry, that the water will be recirculated.
It is a promise that rings hollow in a land where the horizon is dry and the memory of drought is long.
The Ogallala Aquifer is already being drained faster than rain can refill it. Since 1950, heavy use for irrigation has reduced its volume by 9%. If it runs dry, it would take more than 6,000 years to replenish naturally.
To build these monuments, a temporary city of 5,000 construction workers would need to spring up on the plains, with all the attendant strain on Amarillo’s infrastructure. The massive components for these reactors, which typically travel by ocean-going barge, would somehow have to find their way to a landlocked desert.
One is left to wonder: is the confidence of Wall Street based on a revolutionary design, a secret cache of engineers, or a profound belief in the power of political favor?
The company’s own regulatory filings are a litany of caveats, warning that its ambitious goals “may never happen.” Yet the stock soars.
It brings to mind the old saying that in a gold rush, it’s the shovel sellers who get rich first. In this new atomic rush, it seems the first fortunes are being made by those selling the very idea of a shovel, long before any ground is broken.
This is not an isolated incident but a pattern.
Other companies, like Oklo and Valar Atomics, led by men who have been photographed in the Oval Office and who wear “Make Nuclear Great Again” hats, are seeing their valuations detach from reality entirely.
Valar’s young CEO made the breathtaking claim that holding his company’s spent fuel for five minutes would be as safe as a CAT scan, a statement that practicing nuclear physicists called “lethally” misleading.
The rigorous, often painstaking process of licensing that has long governed nuclear power is being fast-tracked, with authority shifting from independent regulators to political appointees.
There is a palpable and dangerous suspension of disbelief at work here.
The citizens of Georgia and South Carolina are still paying for the last round of nuclear ambitions on their power bills. South Carolina ratepayers were left with a $9 billion hole in the ground and a trail of convicted executives.
One must ask: when this latest speculative bubble meets the immovable object of physical reality, who will be left holding the bag?
The paper billionaires will have long since cashed out their shares, but the people of Amarillo, and the American public, may be left with a vastly different inheritance: a half-built monument to hubris and a water table in peril.
The real reaction we should be concerned with is not the one inside a reactor core, but the one that occurs when immense political capital meets the unforgiving laws of physics.