Reflecting on the boundaries between the analog and digital world and how new machine-learning techniques could affect the design of detectors for future experiments.
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.
Reflecting on the boundaries between the analog and digital world and how new machine-learning techniques could affect the design of detectors for future experiments. 
EP-DT's Annual Report summarizes its yearly activities and offers an overview of major achievements and future collaborative plans.
A new design for the FCC-hh detector magnet: towards a smaller, simpler and especially more cost-effective solution.
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.