Tag: CERN
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Designing for the unusual: LLP2026 and the lifetime frontier
LLP2026 brought around 80 theorists and experimentalists to Cambridge at a moment of transition for the lifetime frontier. From new searches using Run 3 LHC data and unconventional signatures to prototype detectors and new experimental concepts, the workshop showed how long-recognised blind spots are being turned into concrete experimental capabilities.
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The ISOLDE Improvement Programme
The ISOLDE Improvement Programme The ISOLDE Improvement Programme (IIP) brings together a series of upgrades and consolidation activities to maintain and further develop the ISOLDE facility. The programme includes projects addressing the accelerator infrastructure, beam production, and delivery systems, and experimental facilities, with the objective of improving operational flexibility, reliability, and long-term sustainability. Among the
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EP R&D Day 2026: technologies for the next generation of experiments
EP R&D Day 2026: technologies for the next generation of experiments On 29 April 2026, colleagues from across CERN’s Experimental Physics Department gathered for the annual meeting dedicated to the strategic EP R&D programme on technologies for future experiments. The programme offered a broad update on progress achieved over the past year, bringing together developments
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AI for Gravitational Waves: Building Bridges Between Scientific Communities
AI for Gravitational Waves: Building Bridges Between Scientific Communities As gravitational-wave observatories enter a new phase of sensitivity, scale and scientific ambition, the challenge is no longer only to detect faint ripples in spacetime. It is also to analyse, interpret and respond to them fast enough to open new windows on the Universe. This was
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Building a Microelectronics Foundation for Tomorrow’s Detectors
Building a Microelectronics Foundation for Tomorrow’s Detectors The challenge: smarter chips in harsher places Particle physics detectors have always pushed electronics to their limits. The next generation of tracking systems and calorimeters will depend critically on dense, intelligent, low power and radiation-hard microelectronics: front-end ASICs that can survive for decades in harsh environments, having their
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BASE experiment scientist recognised with UPAP Early Career Scientist for coherent antiproton spin spectroscopy
BASE experiment scientist recognised with UPAP Early Career Scientist for coherent antiproton spin spectroscopy Dr Barbara Maria Latacz, CERN scientist and lead author of the BASE study, works on the trap electronics used to control single antiprotons for high-precision antimatter measurements. Barbara Latacz, CERN research scientist and technical coordinator of the BASE experiment, has received



