PARIS — When the Large Hadron Collider fired up again yesterday to achieve a new energy record, physicists celebrated a triumph of human collaboration that would make international relations experts weep with envy. What followed was a more sobering reality check: no one actually knows who signed off on the collision yet, and it might take the European Union’s new “High-Energy Physics Approval Committee” another six months to issue a stamp of approval.
“It’s not just science anymore, it’s geopolitics,” said Dr. Amélie Beaumont, the LHC’s newest administrative coordinator, who previously spent 14 years in French customs. “We’re dealing with 40 sovereign nations, each with their own permit requirements, visa protocols, and cultural norms about what constitutes a ’legitimate collision event.'”
The particle physics community has long relied on massive international collaborations to push the frontiers of knowledge. The LHC, the world’s largest and most powerful particle accelerator, houses experiments involving thousands of scientists from dozens of countries. But in 2025, following the passage of the “International Scientific Co-operation Act” last fall, every proton-proton collision now requires a signed petition, environmental impact assessment, and radiation safety waiver from all participating nations.
“It’s a new standard,” explains Dr. James Chen, a theoretical physicist at CERN who hasn’t been to the lab in three years due to paperwork backlog. “We used to just turn on the magnets. Now we need: (a) permission from the French Ministry of Atomic Energy; (b) a letter from the UK Health and Safety Executive confirming no citizens will be harmed; (c) and a declaration from the Chinese delegation that they haven’t been ‘reverse-engineering the Standard Model’ in their basement lab.”
The Approval Process: A Tale of Colliding Bureaucracies
The new bureaucratic landscape has created an approval timeline that rivals the speed of a supernova—slow. Here’s what the process looks like:
- Submit the collision proposal to the European Particle Physics Permit Paradox Office (EP3PO) in Geneva
- Wait 4-8 weeks while the application moves through 40 national review committees
- Receive the “Collimation Certificate” that confirms no one will be injured if two protons crash into each other at 99.9999% the speed of light
- Renew your “High-Energy Physics Work Permit” every three months
- Get approved for the actual experiment after a final review by the International Science Oversight Committee
“It’s not like a normal scientific experiment,” said a spokesperson for the International Science Oversight Committee (ISC). “You can’t just wake up and decide to smash particles today. You have to wait for the committee meeting on Tuesdays, where we review all previous applications. The last time we approved a collision was last Tuesday, and we’re already three months behind.”
The ISC operates under the new “International Scientific Co-operation Act,” which requires all research involving particle accelerators to undergo:
- Radiation Safety Impact Assessment (RSIA)
- Cross-National Cultural Compatibility Review (CNCCR)
- Ethics Committee Sign-Off (from a committee that includes one member from each of the 40 participating countries)
- Patent Filing for Every Discovery (required before results can be published)
The Human Cost: Physicists Can’t Actually Do Science
The impact on actual research has been profound. Scientists who previously spent weeks designing experiments now spend months waiting for paperwork to clear. Some have taken part-time jobs as “Bureau Physics Technicians,” filing forms in exchange for modest paychecks.
“We used to run our detector upgrades ourselves,” said Dr. Beaumont. “Now we need to file a form with the European Union’s High Energy Physics Coordination Bureau and wait for approval. The last time we upgraded a detector, we spent more time waiting for signatures than we did upgrading the detector.”
Dr. Chen adds: “The most important physics papers from 2025 aren’t about new discoveries. They’re about who signed off on the collision. The first paper we published was a 30-page analysis of how the French delegation’s approval process differed from the German delegation’s process.”
The situation has even sparked concerns about the future of particle physics. Some younger scientists are asking: “Why do we need to study quantum mechanics if we can’t even get approval to turn on a machine that exists in our backyard?”
Others are turning to smaller, more nimble experiments that don’t require international approval: “I’m running my own collider in my garage,” said one researcher. “At least I can turn it on whenever I want, even if it only collides with the cat food.”
One Proposed Fix
The scientific community is now exploring solutions. Some propose a new “World Particle Physics Permit Paradox Office” that would consolidate all approvals under a single authority. Others suggest that scientists should be allowed to collide protons without prior approval, provided they file a post-collision report within 72 hours.
“There’s a new idea,” said one ISC member. “What if the committee just rubber-stamps everything? We could approve all collisions by Tuesday at 9:00 a.m., and scientists could work on their experiments before 9:30 a.m. It’s not perfect, but at least they’d have a 30-minute window.”
The ISC’s answer: “The committee can’t approve collisions before they meet. And they meet on Tuesdays.”
The irony is that while the world’s most powerful machines are sitting idle, waiting for permission to operate, the actual scientific community is stuck in an approval loop that could take longer than the age of the universe.
“We used to say ‘physics is the study of the fundamental laws of nature,’” said Dr. Chen. “Now we’re studying the fundamental laws of bureaucracy. And let me tell you: there’s no faster way to understand the universe than to wait for approval from 40 different countries to turn on a machine that costs more than the GDP of most nations.”
The LHC finally approved a collision last Tuesday—but it was only for the approval meeting itself, not an actual physics experiment. As of right now, there’s still no official date for the next real experiment, because the approval committee is still deciding what counts as a “legitimate collision” versus a “simulated collision for bureaucratic purposes.”
Science, at its core, is about discovery, collaboration, and the thrill of the unknown. The thrill of discovery is now overshadowed by the thrill of paperwork: if you can’t get the signature, you can’t do the physics. And if you can’t do the physics, you can’t get the signature.
The next step: waiting for Tuesday. And Tuesday was three weeks ago.