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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 görüntüleme • 1 ay önce •via X (Twitter)

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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. 💡
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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. 💡

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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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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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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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AN OXFORD STUDENT IS RUNNING A PARTICLE SIMULATION WITH REAL PEOPLE'S NAMES AND CLAIMS CERN IS TAUNTING HIM THROUGH THE CODE Thousands of particles on a black screen - each one labeled with a real person's name - moving according to the laws of physics in real time and he is completely convinced this is not a simulation but a personal message from CERN directed at him specifically. Particle simulation with collision detection, velocity vectors and brownian motion - technically flawless code that tracks every particle individually and renders trajectories at 60 fps. CERN operates a 17km collider that accelerates protons to 99.9999991% the speed of light and generates a petabyte of data every single day - and apparently found the time to encode Oxford student names into a simulation. The code is real. The physics is correct. The conclusions are a separate conversation.

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Can #DarkMatter be produced at the Large Hadron Collider? On this #DarkMatterDay, discover how scientists at CERN are using cutting-edge technology and computing to tackle one of the universe’s biggest mysteries – with Baptise Ravina from the ATLAS Experiment and Annapaola de Cosa from the CMS Experiment CERN. Tune in to the next episode of Early Morning Coffee at CERN on your favourite podcast platform.🎙️ 🔗

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These are some of the reasons we must pay attention to the girl-child. This is more than sad. Things are happening ooo. Sorry to those who do not understand the Twi language.
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Developer talent is global. Access to AI tools should be, too. 🌍 💻 Stephen, a React developer working in Rwanda, shares how he uses GitHub Copilot to navigate complex code, and why AI is a tool for empowerment (and not replacement). Learn more about the partnership between GitHub and Andela to bring structured AI training to more than 3,000 developers across the globe. 💡

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Quark gluon plasma. What is that and why is it so interesting? 🤔 Shortly after the #BigBang, the Universe was filled with an astonishingly hot, dense soup made of all kinds of particles moving at near light speed. This mixture was dominated by quarks – fundamental bits of matter – and by gluons, carriers of the strong force. Every year, CERN physicists collide #HeavyIons to free quarks, recreating conditions that existed in the early #Universe just after the Big Bang. As this year’s heavy-ion run at the Large Hadron Collider comes to an end, listen to Piotr Traczyk, CERN physicist, telling us more about the quark-gluon plasma. Watch the full video:

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One of the things I find most interesting about the AI jobs conversation is that we’re talking about disappearing roles at the same time more software developers are being hired than ever before. The job is changing. The demand isn’t. Enjoyed the conversation with Casey Newton on Platformer. Full interview here:

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