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"Code is the language that we use to understand physics." 💻 ⚛️ With billions of particle collisions happening at the Large Hadron Collider, CERN research fellow Batoul Diab explains why software developers are more crucial to modern science than ever before.

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85,031 просмотров • 1 месяц назад •via X (Twitter)

Наука и технологии

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At CERN, finding the universe's smallest particles requires big collaborative efforts. 🤝 Research fellow Batoul Diab shares how the ALICE collaboration uses open source code on GitHub to analyze massive amounts of physics data. Watch to see shared code, peer review, and global teamwork power modern scientific breakthroughs. 💡

At CERN, finding the universe's smallest particles requires big collaborative efforts. 🤝 Research fellow Batoul Diab shares how the ALICE collaboration uses open source code on GitHub to analyze massive amounts of physics data. Watch to see shared code, peer review, and global teamwork power modern scientific breakthroughs. 💡

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It’s the #LHC drone patrol 🫡 In this #PhotoOfTheWeek we’re treating you to a tour of the 27 km-long Large Hadron Collider tunnel. Earlier this month, beams of protons were injected into the Large Hadron Collider for the first time in 2025, one of the many steps that lead to the beginning of the #physics season, when the CERN experiments start collecting data on collisions at the highest energy. #BeamTime Stable beams at 6.8 TeV and particle collisions have now returned to the LHC, marking the start of the #physics season. Stay tuned for more #ParticlePhysics news. Find out more:

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How can the Large Hadron Collider turn lead into primordial soup? 🤔 In this podcast episode, we connect with an expert from the #LHC Beam Operations team and a researcher from the ALICE Experiment to uncover the science behind colliding lead ions and how they differ from proton collisions, while offering a glimpse into the future of research at the LHC. Listen to the podcast:

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A new superconducting system for #HiLumiLHC is coming together 🧩 Here, we can see the above-ground facility and test stand, assembled earlier this year, where many of the novel components will be validated together. The high-luminosity upgrade of the Large Hadron Collider (LHC) aims to increase the number of particle collisions and, consequently, boost the amount of physics data that can be collected by the #LHC experiments by another order of magnitude.

A new superconducting system for #HiLumiLHC is coming together 🧩 Here, we can see the above-ground facility and test stand, assembled earlier this year, where many of the novel components will be validated together. The high-luminosity upgrade of the Large Hadron Collider (LHC) aims to increase the number of particle collisions and, consequently, boost the amount of physics data that can be collected by the #LHC experiments by another order of magnitude.

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🚨 A CERN SCIENTIST JUST SAID THE QUIET PART OUT LOUD — AND PEOPLE ARE LOSING IT A CERN physicist just confirmed CERN's next move... and people have questions. Dr. Clara Nellist confirmed that the Large Hadron Collider has officially been shut down. But this isn't maintenance. It's not repairs. It's an evolution. In her own words, CERN is taking the Large Hadron Collider and turning it into something new. Something stronger. She compared it to a Pokémon evolving into its next form. The most powerful scientific machine on Earth wasn't enough. Now they're building a version capable of producing vastly more collisions and vastly more data than ever before. The High Luminosity Large Hadron Collider. Why does the world's most powerful particle collider suddenly need to become dramatically more powerful CERN isn't just any laboratory. For years it's been linked to theories about alternate dimensions. Parallel realities. Timeline shifts. Reality glitches. And the Mandela Effect. Now the scientist delivering the announcement is openly telling the world that the next machine will be far more powerful than the last one. For the next four years, the collider sits in the shadows while engineers quietly prepare its next evolution. Then they flip the switch again. Only this time, it will be stronger than anything that came before it. The official explanation is that they're trying to understand the universe. The internet wants to know what they're hoping to find. If the most powerful machine on Earth wasn't enough... why does its Pokemon evolution need to be even stronger?

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THE “GOD PARTICLE” THAT MAKES EVERYTHING HAVE MASS The Higgs boson is the tiny particle that gives all other particles their mass, and scientists chased it for decades. To find it, CERN built the Large Hadron Collider, a 17 mile underground ring that smashes protons together at crazy speeds. In 2012, two huge experiments finally spotted it, proving one of physics’ biggest theories. Source: glamour_physics

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We’re back with #AskAPhysicist🏃 If you’re keeping with the CERN news, you know that the #HeavyIon run started last week at the Large Hadron Collider. In this episode, ALICE Experiment physicists Chiara Pinto, Ananya Rai and Tulika Tripathy tell us more about the quark-gluon plasma and the purpose of studying heavy-ion collisions. Stay tuned for part two! 👀 Find out more:

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🚨 CERN'S NEXT MACHINE IS SO POWERFUL IT COULD TEAR OPEN REALITY ITSELF - AND IT'S TERRIFYING You should not be celebrating CERN's shutdown. Because according to some researchers, theorists, and internet sleuths, the real story isn't that CERN is going offline. It's what they're building next. The Large Hadron Collider is being upgraded into an even more powerful machine expected to come online around 2030. Officially, it's about particle physics. But people have spent years pointing to CERN's fascination with extra dimensions, hidden forces, and unanswered questions about the structure of reality itself. Then there's the symbolism. The Shiva statue outside CERN. The references to creation and destruction. The discussions about dimensions beyond the ones we can see. And the persistent theories that the collider isn't just studying reality. It's testing its limits. Some say humanity is pushing into territory it doesn't fully understand. Either way, the next machine will be bigger. More powerful. And capable of experiments never performed before. At what point does scientific curiosity become playing God?

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