Bringing precision of theoretical calculations to the required level of the FCC-ee experiments can allow a broad exploration of new frontiers in physics.
The new Ultra High Fluence and Dose Radiation Sensor will allow irradiation tests of FCC equipment and, at a later stage, the monitoring of radiation levels in the FCC itself.
by Alain Blondell (University of Geneva), Panos Charitos (CERN) and Richard Jacobsson (CERN)
Sterile neutrinos could answer many open questions of the Standard Model. Following searches at the LHC, future projects like SHiP and FCC could be game-changers exploring unchartered territories.
Guido Tonelli, former spokesperson of the CMS experiment reflects on the present situation in particle physics and the significance of having a vision for the future.
Recently, members of the EP department came up with a conceptual detector magnet design for the Future Circular Collider-hh study. This is largely based on a “Twin Solenoid” design that features two concentric superconducting solenoids to cope with the requirements of the FCC-hh study.
by Daniel Schulte (CERN) with Alexandra Welsch (UNILIV)
A team of experts from collaborating institutes work under the study for a Future Circular Collider (FCC) on the parameters of hadron-hadron collider. They have recently reached the first important milestone at the end of September: a baseline for the machine layout and the main parameters of this collider.
Following the recent FCC Kick-off meeting we asked Michelangelo Mangano to share his thoughts about the importance of the FCC project and future prospects
Bringing precision of theoretical calculations to the required level of the FCC-ee experiments can allow a broad exploration of new frontiers in physics.
The new Ultra High Fluence and Dose Radiation Sensor will allow irradiation tests of FCC equipment and, at a later stage, the monitoring of radiation levels in the FCC itself.
The third meeting of the Future Circular Collider (FCC) design study took place in Berlin.
Sterile neutrinos could answer many open questions of the Standard Model. Following searches at the LHC, future projects like SHiP and FCC could be game-changers exploring unchartered territories.
Recently, members of the EP department came up with a conceptual detector magnet design for the Future Circular Collider-hh study. This is largely based on a “Twin Solenoid” design that features two concentric superconducting solenoids to cope with the requirements of the FCC-hh study.
A team of experts from collaborating institutes work under the study for a Future Circular Collider (FCC) on the parameters of hadron-hadron collider. They have recently reached the first important milestone at the end of September: a baseline for the machine layout and the main parameters of this collider.
Following the recent FCC Kick-off meeting we asked Michelangelo Mangano to share his thoughts about the importance of the FCC project and future prospects