Laser-hybrid Accelerator for Radiobiological Applications
LhARA will harness the unique features of a laser accelerator to allow biology studies and, eventually, particle beam therapy to be performed using a wide variety of ion species in completetly new regimens.
Read about Imperial's role in LhARA
The SHiP experiment will search for very weakly-interacting long-lived and relatively low mass particles, including Heavy Neutral Leptons, right-handed partners of the active neutrinos; supersymmetric particles, such as sgoldstinos; or new scalar-, axion- or vector- particles.
Read more about SHiP
|ALEPH||Precision tests of the electro-weak Standard Model at LEP|
|BaBar||Studying CP violation using B mesons at the PEP-II electron-positron collider|
|CALICE||A high granularity calorimeter system for particle flow measurement at the ILC|
|DØ||Proton anti-proton collider experiment at the Tevatron, Fermilab|
|eLISA||A satellite mission to observe gravitational waves|
|LISA Pathfinder||Demonstrating the technology required for a gravitational wave observatory in space|
|Pamela||Particle Accelerator for Medical Applications|
|ZEPLIN and LUX||Dark matter searches|
|ZEUS||High energy electron or positron collisions with protons at HERA, DESY|