The ESS Target Wheel, a 4.9-tonne wheel that will produce unprecedented neutron brightness for scientific experiments across multiple disciplines Credit: Ulrika Hammarlund/ESS)
The ESS Superconducting Linac, which will accelerate protons to 96% of the speed of light (Credit: Ulrika Hammarlund/ESS)
The ESS Target Monolith, which houses the target wheel, moderator, cooling systems and beam extraction system (Credit: Ulrika Hammarlund/ESS)
Flags of the 13 ESS Member States (Credit: Ulrika Hammarlund/ESS)
The cave of ESS instrument LoKI, a small angle neutron scattering instrument designed primarily for life science and soft matter research, such as studies of gels, batteries, and biological systems (Credit: Ulrika Hammarlund/ESS)
Researchers working in one of the ESS chemistry labs (Credit: Ulrika Hammarlund/ESS)
A server rack at ESS’ Data Management and Scientific Computing Centre in Denmark (Credit: Ulrika Hammarlund/ESS)