I have been comparing Ellis County’s former Superconducting Super Collider (SSC) project to CERN’s Large Hadron Collider in Switzerland for years. We won’t go down the nefarious CERN rabbit hole – and trust me, there are stories – but I do want to look at how they stack up.
CERN’s true capabilities go well beyond what most humans realize, and the Texas SSC was designed with those exact same capabilities in mind. Knowing this, you can’t help but question the uncanny coincidences linking the ghost of the local supercollider to the current data center frenzy gripping Ellis County.
For context, CERN stands as the world’s leading particle physics laboratory, famous for housing the Large Hadron Collider inside a 16.78-mile circular underground tunnel. There, scientists smash protons together at nearly the speed of light to examine the universe’s most basic building blocks.
By comparison, the Texas Supercollider – originally taking shape beneath Waxahachie – was designed to dwarf CERN entirely. Engineered with a massive 54.06-mile ring capable of reaching 20 TeV of energy per beam, the American accelerator would have been three times larger than its European counterpart.
It was canceled by the U.S. Congress in 1993 due to escalating cost.
As a quick side note: CERN shut its Large Hadron Collider off on June 29, 2026, to begin a four-year engineering overhaul known as Long Shutdown 3. When it fires back up in 2030, it will be more powerful than the original SSC plans, focusing on extreme luminosity to compress flying particle beams into much tighter, narrower bunches.
They claim it is just to discover the fundamental laws of nature and recreate the Big Bang for research. Many people believe CERN is actually opening portals to other dimensions. For now, let’s just say Ellis County would be a very different place if its homegrown Supercollider had become a reality.
However, even with that project abandoned there were 16 miles of tunnel built (reportedly now filled with water).
So now, 33 years later here comes the digital industrial revolution and Ellis County is ground zero.
When I asked my “in the know” Ellis County friends if the Supercollider and our sudden selection to lead this new industrial revolution were connected, they laughed at me. But I remembered when people told me I was crazy for not getting jabbed, that corporate narrative went south real quick too once I dug into the truth.
So, I decided to do a bit of my own Superconductor AI reconnaissance.
There is a deep, historic irony to the digital boom reshaping Ellis County: the influx of massive AI data centers is directly driving a local power-grid crisis. To survive their own insatiable electricity demands, these AI companies are turning to a familiar science. They are experimenting with superconducting power cables to push colossal amounts of energy through narrow utility corridors without melting the transmission lines. Decades after Ellis County buried its grand superconducting dream, the very same technology is being unburied to keep the lights on for Big Tech.
Because of the bizarre local geography and hidden vaults requirements for particle physics, the county’s geography was altered in ways data centers love.
The government chose the site, because the geography was entirely clear of major flight paths, hurricanes, tsunamis, and earthquake fault lines. Decades later, this exact risk-assessment was seen as a data center goldmine.
The underground easements purchased for the 54-mile ring also created a permanent, invisible legal pathway through the county and telecom companies leveraged these exact rights-of-way to lay the massive transcontinental fiber-optic loops that now feed internet data to the new facilities.
My theory proves that the “data center gold rush” in Ellis County is directly tied to the physical and infrastructural legacy of that dead particle accelerator.
The federal government deeded the main SSC campus and standing buildings back to Ellis County after the project was scraped.
In 2006, an investment group led by trucking tycoon J.B. Hunt bought the primary Super Collider site to transform it into a massive, high-security Tier IV data storage center.
The investors appropriately named their venture Collider Data Center, LLC – a nod to the fact there are no true coincidences in real estate. The decision was rooted in structural utility, as data centers share the same requirements for thick concrete structures, vast electrical connectivity, and high-level security that the Supercollider’s main command complexes already possessed.
The project’s original “Command Center,” marking the site where the first 14 miles of tunnels were excavated, is located at 500 Supercollider Way in Waxahachie. Because heavy-power transmission lines were constructed decades ago to supply this central physics hub, the modern ERCOT regional grid remains strong enough to sustain the newer Google and Compass Datacenters mega-campuses situated just a few miles north.
Modern artificial intelligence and cloud data facilities feature energy loads that closely mirror particle accelerators. Consequently, tech companies prioritize regions where they can immediately tap into heavy industrial power lines rather than waiting years for utilities to build new infrastructure. Effectively, the SSC laid the groundwork for this specialized power access 33 years ago.
This contemporary data center boom is built upon three pillars that mirror the original SSC site-selection criteria:
• Pro-business regulations and local incentives.
• Stable geology for flat campus foundations.
• Proximity to transcontinental fiber-optics running through North Texas, securing uninterrupted national data transmission.
Geographically, these modern data center locations are not scattered randomly either; they are clustered along the northern arc of the original 54-mile SSC infrastructure pathway.
For instance, the Compass facility and Google’s Phase 2 site in Red Oak sit precisely on the northeast curve of the historical ring. Meanwhile, Google’s Railport facility in Midlothian occupies the northwest curve.
While Ellis County might not be trailblazing an interdimensional industrial revolution (a nod to CERN), it was earmarked decades ago to anchor the equally significant digital industrial revolution.
Rita Cook is a freelance writer for The Ellis County Press. She can be reached at rcook13@earthlink.net.