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Distinguished Scientist Fellow Mary Bishai shares her reflections on a career investigating the mysterious particles called neutrinos.

To fill the the world’s largest cryogenic particle detector, Fermilab scientists will require roughly 1,000 truckloads of liquid argon.

CMS scientists recently formed the first prototype “cassette” for the new endcap calorimeters which will be the largest silicon-based detectors ever built when complete. This technology will increase in the number of particles that the HL-LHC will deliver and result in 4 to 5 times more simultaneous particle collisions than occur with the existing LHC.

Dark Energy Survey researchers have published their most comprehensive results to date of the Universe’s expansion over the past six billion years in Physical Research D.

Help Net Security interviewed Matthew Kwiatkowski, CISO at Fermilab, on cybersecurity blind spots and how security teams protect complex, legacy-driven research infrastructure while supporting scientific progress.

The DES collaboration recently released six years worth of data collected by the Dark Energy Camera (DECam). The analysis represents the first time the four separate methods of studying dark energy have been united as one.

A collaboration of scientists and engineers are tackling the colossal engineering challenge of building massive, super-cooled containers to hold liquid argon for the DUNE experiment.

For the past decade, MicroBooNE researchers measured changes in neutrinos using two accelerator neutrino beams

A state-of-the-art experiment at Fermilab is one step closer to collecting experimental data with the completion of a laser laboratory that houses its advanced laser systems

After a series of experiments, MicroBooNE scientists have ruled out the sterile neutrino, taking at least one complication out of explaining phenomena beyond the Standard Model of particle physics.