A new rule for how protons and neutrons pair in the nucleus comes down to a surprisingly familiar mantra: location, location, location!
https://t.co/PdruC2ch1Z
The LEAD Peninsula class of 2026, a program of the Virginia Peninsula Chamber of Commerce, joined Jefferson Lab this past week. Our Deputy Chief Operating Officer, Natalie Carter, met with the group to share how we are exploring the science of protons, neutrons and atomic nuclei.
Thirty years ago today, the City of Newport News broke ground on the Applied Research Center. Today, the ARC is undergoing a renovation to modernize the building for its future as a cornerstone of the Jefferson Lab campus.
Congratulations to Jefferson Lab Director Jens Dilling on being named to the @CoVaBiz 175 Most Influential People in Coastal Virginia list!
https://t.co/lJoG9vTcFV
At the AI+Expo in DC, we shared how AI is connecting accelerator data, computing and real-world operations.
Supporting @ENERGYโs discovery, computing and advanced AI priorities, this work helps drive U.S. leadership in scientific innovation.
Behind every student exploring science is an educator making it happen. This Teacher Appreciation Day, we celebrate teachers who spark curiosity. Our recent, JSAT Teacher Night brought some of our favorite educators together for hands-on STEM activities. Thank you for all you do!
One force binds a galaxy far, far away. Another connects the building blocks of the universe. At Jefferson Lab, scientists explore the strong force to understand how it binds the nucleus and forms matter. May the (strong) force be with you.
Attention Hampton Roads: We will be conducting our monthly tornado siren test at 10:30 a.m. today. Residents within 1.5 miles of the laboratory may hear the siren. This is only a test. No need to take cover if you hear it.
We celebrated 13 @JLab_News innovators who earned 5 new patents in precision instrumentation, environmental radiation monitoring, SRF quality methods and advanced materials processing. Congratulations and thank you for helping sustain a culture of innovation.
What if a single speck of dust could derail cutting-edge nuclear physics research?
Postdoc Fellow Sasha Hryhorenko inspects a custom ceramic RF window for CEBAF. Even a single embedded particle can affect performance, so every component is checked under a microscope before use.
Inside our clean room, SRF Vacuum Systems Engineer Adam Duzik operates a robotic system with 3D vision for SRF cavity assembly.
Less contamination. More precision. Stronger performance.
Today, April 15, weโre heading to the @ENERGY National Lab Research SLAM.
Our postdoc, Tyler Hague, will represent Jefferson Lab with his talk, โOpposites Annihilate: Accelerating Antimatter to Unlock New Physics.โ
Tune in at 4 p.m. ET and cheer him on. https://t.co/Yn4PFgPgJ4
We're putting a unique "spin" on fusion research, fueling efforts to harness the power of the stars for the worldโs electrical grid. The project explores a type of fuel treatment, spin polarization, in the extreme conditions of a superheated plasma.
https://t.co/TQtF5X96tY
โฑ๏ธ 3 minutes. ๐ก Big ideas. ๐ One slide.
On April 15, researchers from 17 @ENERGY National Labs take the stage at the #NationalLabSLAM to translate complex science into compelling presentations for policymakers and the public.
https://t.co/QBVqVzNX09
Attention Hampton Roads: We will be conducting our monthly tornado siren test at 10:30 a.m. today. Residents within 1.5 miles of the laboratory may hear the siren. This is only a test. No need to take cover if you hear it.
Early career researchers across the U.S Department of @ENERGY National Lab complex are getting ready for the National Research SLAM.
We will be represented by postdoctoral researcher Tyler Hague, who will share how antimatter beams could unlock new physics.
Stay tuned.