Civil engineering for the High-Luminosity LHC (HL-LHC) 2018
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©
2018 CERN
CERN Director-General Fabiola Gianotti places the time capsule at point 1 of the LHC.
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©
2018 CERN
Conditions of Use
©
2018 CERN
Conditions of Use
©
2018 CERN
HighLuminosity LHC CRAB Cavitiy installation for testing with beam in the SPS tunnel (BA6)
Conditions of Use
©
2018 CERN
Civil engineering is completed for HL-LHC (HiLumi) project at Point 1. CERN's HiLumi is the High Luminosity LHC Project aiming to increase the collision rate as to maximise physics data taking of its detectors. The civil-engineering work started in April 2018.
Conditions of Use
©
2021 CERN
Civil engineering is completed for HL-LHC (HiLumi) project at Point 1. CERN's HiLumi is the High Luminosity LHC Project aiming to increase the collision rate as to maximise physics data taking of its detectors. The civil-engineering work started in April 2018.
Conditions of Use
©
2021 CERN
Conditions of Use
©
2008 CERN
Conditions of Use
©
2021 CERN
Connection of the prototype of the superconducting link and general view - June 2020
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©
2020 CERN
Support structure for the new triplet quadrupole magnet for the high luminosity LHC project.
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©
2015 CERN
Conditions of Use
©
2019 CERN
16 superconducting “crab” cavities for the ATLAS and CMS experiments to tilt the beams before collisions.
Conditions of Use
©
2022 CERN
Aerial view of the new HL-LHC surface complex at Point 1 (Meyrin, Switzerland)
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©
2023 CERN
Aerial view of the new HL-LHC surface complex at Point 5 (Cessy, France)
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©
2023 CERN
The new HL-LHC underground galleries at Point 5 (Cessy, France)
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©
2023 CERN
Aerial view of the HL-LHC surface buildings at Point 5 (Cessy, France)
Conditions of Use
©
2023 CERN
Aerial view of HL-LHC surface buildings at Point 1 (Meyrin, Switzerland)
Conditions of Use
©
2023 CERN
Conditions of Use
©
2018 CERN
CERN Director-General Fabiola Gianotti places the time capsule at point 1 of the LHC.
Conditions of Use
©
2018 CERN
Conditions of Use
©
2018 CERN
Conditions of Use
©
2018 CERN
HighLuminosity LHC CRAB Cavitiy installation for testing with beam in the SPS tunnel (BA6)
Conditions of Use
©
2018 CERN
Civil engineering is completed for HL-LHC (HiLumi) project at Point 1. CERN's HiLumi is the High Luminosity LHC Project aiming to increase the collision rate as to maximise physics data taking of its detectors. The civil-engineering work started in April 2018.
Conditions of Use
©
2021 CERN
Civil engineering is completed for HL-LHC (HiLumi) project at Point 1. CERN's HiLumi is the High Luminosity LHC Project aiming to increase the collision rate as to maximise physics data taking of its detectors. The civil-engineering work started in April 2018.
Conditions of Use
©
2021 CERN
Conditions of Use
©
2008 CERN
Conditions of Use
©
2021 CERN
Connection of the prototype of the superconducting link and general view - June 2020
Conditions of Use
©
2020 CERN
Support structure for the new triplet quadrupole magnet for the high luminosity LHC project.
Conditions of Use
©
2015 CERN
Conditions of Use
©
2019 CERN
16 superconducting “crab” cavities for the ATLAS and CMS experiments to tilt the beams before collisions.
Conditions of Use
©
2022 CERN
Aerial view of the new HL-LHC surface complex at Point 1 (Meyrin, Switzerland)
Conditions of Use
©
2023 CERN
Aerial view of the new HL-LHC surface complex at Point 5 (Cessy, France)
Conditions of Use
©
2023 CERN
The new HL-LHC underground galleries at Point 5 (Cessy, France)
Conditions of Use
©
2023 CERN
Aerial view of the HL-LHC surface buildings at Point 5 (Cessy, France)
Conditions of Use
©
2023 CERN
Aerial view of HL-LHC surface buildings at Point 1 (Meyrin, Switzerland)
Conditions of Use
©
2023 CERN