Jefferson Lab
@JLab_News
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@ENERGY National Lab for Exploring the Nature of Matter
Newport News, VA
Joined October 2009
What do you see when you zoom in on a proton? Our latest results provide a clearer view of the proton and its excited states, offering new insights into this fundamental particle. https://t.co/Kg58WanvhK
https://t.co/TVW0XRpzGf
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What do you see when you zoom in on a proton? Our latest results provide a clearer view of the proton and its excited states, offering new insights into this fundamental particle. https://t.co/Kg58WanvhK
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From tutoring classmates in physics to commissioning a detector at Jefferson Lab, Jacob Bird’s journey shows how mentorship shapes future scientists. Learn more and explore SULI opportunities: https://t.co/3MdqE8limE
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35 years ago, the first section of our particle accelerator was lowered into the CEBAF tunnel. These photos, captured by Charlie Reece, mark the day CEBAF welcomed its very first cryomodule, the “Gray Ghost.”
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Attention Hampton Roads: We will be conducting our monthly tornado warning siren test at 10:30 a.m. today. No need to take cover if you hear it. https://t.co/ypg2PBdqGt
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Jefferson Lab will be closed on Monday, Sept. 1, in observance of Labor Day. Normal operations will resume Tuesday, Sept. 2.
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Every minute, more than 100 trillion neutrinos zip through your body. These tiny particles are the most abundant in the universe - so what do they do? Find out in this new "Visualizing the Nucleus" video! https://t.co/VuTqmI1PRA
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Built by hand, proven by Datta. Provakar Datta’s Ph.D. research at Jefferson Lab revealed unmatched details of the neutron’s structure, work that earned him the 2024 JSA Thesis Prize. Read more about his journey and impact ➡️ https://t.co/u8Wq7gue6A
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The visit concluded at the Applied Research Center with Newport News @MayorPhilJones. The city donated the 122,000-sq-ft building to @ENERGY in 2023. It is part of a $90.3M renovation and expansion project, the first at Jefferson Lab with delegated project authority.
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This afternoon, @ENERGY Secretary Chris Wright visited Jefferson Lab’s Test Lab and UITF. He saw how our superconducting radiofrequency program tests more cryomodules than any other facility in the world and discussed commercialization of lab technology with industry partners.
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Experimental Hall C ➡️ CEBAF, the world’s highest throughout research accelerator delivering 12 GeV electron beams. @ENERGY @GlennYoungkin
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We’re welcoming @ENERGY Secretary Chris Wright to Jefferson Lab for a day focused on STEM workforce development, nuclear physics, AI and scientific computing. Follow along for highlights from the visit.
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This #WorldPhotographyDay, we’re celebrating Aileen Devlin, our photo and video specialist. Her visual storytelling captures the people, teamwork and discoveries that bring Jefferson Lab’s mission to life.
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Ever wonder who’s behind the camera at Jefferson Lab? That’s Lindsay, our multimedia intern. She's captured everything from major events to everyday science in action while sharpening her creative skills and building a portfolio that supports her career in multimedia.
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On this National Relaxation Day, come along with us as we relax and unwind with "The Dance of the Chips!" https://t.co/h3eOL4EHPZ
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As the dog days of summer wind down, take a cool break with us to learn about the science of cold in this 30-minute Bite-Size Science throwback recording. https://t.co/4ppZeZXgC1
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Fire that adds weight instead of taking it away? We saw it with steel wool. Paper is next, any guesses? https://t.co/zrD6crguzb
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Forty STEM Workforce Development interns spent the summer at Jefferson Lab, each with a story of how they got here and where they’re headed next. From lasers for the EIC to ozone cleaning for RF cavities, they tackled real projects with real impact. https://t.co/BNsDZCygYg
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What does it take to see inside a proton? Simona Malace helped build ECal by leading the installation of its photomultiplier tubes, data cabling and commissioning. ECal is mapping the proton’s internal structure, one scattered electron at a time. https://t.co/a5r8JfIGDG
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A quarter century ago, our operators skillfully pushed the boundaries of SRF technology - teasing out 6.07 GeV electron beams from a 4 GeV design. Those 50% higher-energy beams set the stage for CEBAF's 12 GeV upgrade, opening new quantum realms for exploration!
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