In the news

Detector components built at STFC’s Daresbury Laboratory have arrived at Fermilab, marking the first shipment of these detector components to DUNE experiment.

Researchers at Fermilab and the MIT’s Lincoln Laboratory have successfully trapped and manipulated ions using in-vacuum cryoelectronics, allowing for reduced thermal noise and improved sensitivity.

CERN scientists have reached a crucial milestone in the advancement of the HiLumi LHC project. Fermilab developed and shipped five cryoassemblies containing niobium-tin magnets for use in the High-Luminosity Large Hadron Collider upgrade at CERN.

A bus-sized neutrino detector housed at the Fermilab has investigated the anomalies of previous experiments involving sterile neutrinos.

The Fermilab developed the QICK quantum control system links up with QASMTrans quantum compilation framework to bridge the gap between logical circuits and the underlying hardware.

Fermilab scientists are part of a team of researchers tackling the complex challenge of understanding atomic nuclei and neutron stars by modelling the interactions of protons and neutrons.

After 25 years of planning, six years of data collection and six more years of analysis, scientists have published a portion of the final results of the Dark Energy Survey — the largest, most comprehensive survey of its kind — yielding the tightest constraints to date on models of our universe’s expansion.

The NOvA experiment published some of the most precise neutrino oscillation measurements to date including the difference in mass between neutrinos of different flavors with a precision of 1.5%

The final superconducting magnet built in the U.S. for the high-luminosity upgrade to the LHC has left Berkeley Lab on its way to CERN for the first stage of its journey. The magnets are the result of over twenty years of dedicated R&D with contributions from Fermilab.