SRB Solar Panel - Solar field from Valencia
(Image: CERN)

CERN's expertise builds broadly on three technical fields: accelerators, detectors and computing. Behind these three pillars of technology, lies a great number of areas of expertise: from cryogenics to ultra-high vacuums, from particle tracking and radiation monitoring to superconductivity and many more. These technologies, and the human expertise associated with them, translate into positive impact on society in many different fields.

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Application fields of CERN technologies and know-how






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A new Monolithic Active Pixel Sensor, originally developed to upgrade the ALICE inner tracking system during the second long shutdown of LHC, is on its way to Bergen University for a very different application – Proton Computed Tomography (Proton CT).
Initially developed for use by CERN's radiation protection group and the fire brigade, CERN's B-RAD portable radiation survey meter uses innovative solutions based on silicon photomultipliers to continue operating in the presence of high magnetic fields.
BAQ, a startup using CERN technologies, tackles radon in buildings.
CELESTA stands for CERN Latchup Experiments Student sAtellite and will be the first CERN-driven microsatellite.
In March 2020, a working group was established by CERN Director-General Fabiola Gianotti as a response to the wealth of ideas and proposals put forward by the CERN community in contribution to the global fight against COVID-19
The National Center for Oncological Hadrontherapy (CNAO) in Pavia, Italy, is a facility offering advanced therapy to fight cancer and one of only five centres in the world treating with both protons and carbon ions.
CERN software used for applied research in pharmaceuticals, IT networks analytics, neurology and mapping the educational space.
The CERN group of the Crystal Clear Collaboration is developing new fast detector prototypes for use in both high-energy physics experiments and medical imaging.
The CYCLADS project aims to design an innovative High Power Cyclotron as part of Accelerator Driven Systems (ADS), for novel nuclear waste management applications.