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The Thomas J. Newsome House received more than 40 archival boxes for historical record preservation purposes

JSA Minority/Female Undergraduate Research Assistantship recipient Alicia Mand is reusing old electron scattering data to help solve the puzzle of neutrinos

Experimental results a decade in the making will help theorists refine their calculations of the strong force

Scientists at Jefferson Lab and William & Mary developed MemHC to improve the efficiency of supercomputer calculations

As machine learning tools gain momentum, a status report demonstrates they are already in use in all areas of nuclear physics

Jefferson Lab tests a next-generation data acquisition scheme

A project will simulate a new design for potentially boosting a particle accelerator’s maximum energy

It was all hands on deck for physicists, engineers and technicians when the Jefferson Lab accelerator was crippled by a vacuum loss For decades, physicists and researchers from around the globe have flocked to the U.S. Department of Energy’s Thomas Jefferson National Accelerator Facility to unlock the subatomic mysteries of how the universe works.

The SURA Residence Facility is a home away from home for visiting scientists, engineers and students from around the world

A Christopher Newport University graduate student, Teri Ramey, works to identify the effects of urban environments on bugs

Nuclear physicists partner with visual artists for a science-based animation of the landscape inside the ubiquitous proton

A device cozies up to the beamline to study the common pion

Jefferson Lab’s Nate Laverdure volunteers as the head coach of Triple Helix, a high school robotics team shooting to success this year

Jefferson Lab goes the extra mile in going and staying green

Nuclear physicists have found that the internal structures of protons and neutrons may be altered in different ways inside nuclei

Jefferson Lab research assistantship awardee combs through particle collisions for an answer to the puzzling matter-antimatter asymmetry problem

William & Mary’s Felipe Ortega-Gama and Duke University’s Andrew Smith are investigating the fundamental particles that comprise us.

Recent work will use the forthcoming Electron-Ion Collider to investigate what contributes to a neutron’s spin, which could help physicists solve some of the universe’s puzzles

Novel neutron detectors are helping to improve operations in Jefferson Lab’s CEBAF accelerator

A successful LDRD project proposes coaxing positrons out of the world’s most advanced electron particle accelerator for future nuclear physics experiments