CERN Alumni’s Post

Immerse yourself in the world of CERN in 1983. After the general footage of CERN and some experiments like #UA1, you will find an interview featuring H. Schopper discussing the groundbreaking #LEP project. As Schopper states, "I don't have the imagination to predict what could come out from the research we are doing now," yet history has repeatedly shown that fundamental discoveries, such as in electromagnetism, have led to transformative innovations like radio and TV.  The CERN Accelerator School was established at the beginning of 1983 to preserve and transmit knowledge accumulated at CERN and elsewhere on particle accelerators and colliders of all kinds. If you want to know more about CAS history visit : https://lnkd.in/d5SsEMDU

In 2021, CERN physics-education researchers undertook a comprehensive review to understand the true extent of particle-physics representation in current high-school https://buff.ly/3tNaiLV their findings here: https://buff.ly/3NTjq8u

As CERN marks its 70th anniversary, I feel privileged to reflect on how much we’ve accomplished across a wide range of experiments. Working with the Experimental Areas Group (https://lnkd.in/dk8su7gq) has given me a unique perspective on the incredible diversity of research happening beyond the iconic LHC. 💡 The North Area and East Area are hubs of innovation, enabling crucial experiments, detector R&D, and outreach initiatives like Beamline for Schools. Experiments like NA62 and COMPASS pushed and continue to push the boundaries of fixed-target physics. These efforts, alongside pioneering projects like Physics Beyond Colliders (https://pbc.web.cern.ch/) and next-generation experiments such as SHiP, are not just complementary to the LHC’s discoveries—they are essential to expanding our understanding of the universe. 🌍 Seeing how these diverse programs come together, with decades of progress behind us and more to come, reminds me how special it is to be part of CERN's ongoing journey. Here’s to the next 70 years of scientific discovery! 💫 #CERN70 #NorthArea #EastArea #ParticlePhysics #PhysicsBeyondColliders #Experiments

Another successful CERN Council meeting this week with plenty to discuss. In particular, it's wonderful to see celebrations for CERN’s 70th anniversary gathering pace and providing us all with an opportunity to reflect on everything CERN has achieved and the exciting things still to come. It was also my great pleasure while at CERN to sign a new agreement between STFC and CERN to advance research into key technologies that will reduce the environmental impact of accelerators: https://lnkd.in/eFfzJEAZ   STFC and CERN are in a similar position as we both look to develop our next generation of accelerators, as part of projects such as STFC’s ISIS Neutron and Muon Source ISIS-II upgrade and of course, CERN’s plans for its Future Circular Collider. It only makes sense then that we come together in this way to pool resources and collaborate on projects that will lay the foundation for more effective, environmentally sustainable accelerators to continue to advance international physics for the benefit of all. #CERN #particlephysics #netzero  

🌌 GIANT COLLIDER TO REVEAL THE SECRETS OF THE UNIVERSE CERN, celebrating its 70th anniversary this year, has revealed new details about its giant particle accelerator project. The Future Circular Collider promises a decisive leap forward in our knowledge of matter 🧬✨ In the latest edition of CONNECTED Magazine, we feature an exclusive interview with Yann Léchevin, a key team member working on the FCC’s feasibility study. 🔬 CERN is a unique scientific instrument. An instrument covering over 620 hectares, hosting 700 buildings and more than 65 tunnels. All of it studded with a multitude of devices of all sizes. LEMO, located just 30 minutes away, has been a long-time partner, working hand-in-hand with CERN since their beginnings. 🤝 Don’t miss this fascinating look into the future of particle physics and LEMO’s role in supporting CERN’s mission! 🔗 Link in the comments   #CERN #LEMO #InterconnectSolutions #ParticlePhysics #Innovation #ConnectedMagazine

Two Higgs bosons appearing in the same proton collision is much more than a simple coincidence. Known as “di-Higgs” production, this fascinating process occurs when the Higgs boson interacts with itself. By studying it, physicists can measure the strength of the Higgs boson’s “self-coupling”, which is a fundamental aspect of the Standard Model that connects the Higgs mechanism and the stability of our Universe. The ATLAS Collaboration at CERN has merged five analyses to achieve the most sensitive probe yet of di-Higgs production and the Higgs self-coupling. Learn more ⤵️

Nat. Comms.: Laboratory realization of relativistic pair-plasma beams. Researchers show the first experimental results confirming the generation of high-density, quasi-neutral, relativistic electron-positron pair beams using the 440 GeV/c beam at CERN. https://lnkd.in/gefxTHFr

Challenges for CERN at 70 As CERN celebrates its 70th anniversary, it embarks on ambitious plans but faces several challenges in the process. These challenges will determine its ability to maintain global leadership in particle physics. Challenge is how to securing $17 billion for the Future Circular Collider A massive project aimed at building the world's largest particle collider Expanding CERN’s location, the new project would span across Switzerland and parts of France, adding to its current infrastructure. China plans to build its own collider, presenting a significant challenge for global scientific dominance. Strong backing from CERN's member states and the scientific community is crucial, but there’s competition for resources. Geopolitical and economic factors, securing funding requires overcoming these hurdles to unite investors and scientists worldwide. Developing cutting-edge technologies—The collider would push the limits of current technology and enable future scientific breakthroughs. CERN's ability to secure funds, navigate global politics, and drive innovation will shape the future of particle physics. Fun Facts: World Wide Web breakthroughs come indirectely from CERN pure research. #CERN #ParticlePhysics #Innovation #FutureCollider #ScientificResearch #GlobalLeadership #TechAdvancement #PhysicsResearch #STEM #FundingChallenges #ResearchFunding #GlobalScience #ScienceAndTechnology #PhysicsAt70 #BigScienceProjects

This is incredible - a look inside the Large Halon Collider at Cern. We've all heard of it I guess, but this is a beautifully executed, mind-blowing explanation of what it actually does. It underscores the vital importance of pure research with no known outcome or direct profit motive, to our future. #particlephysics #science #cooltechnology #pureresearch #futuretech