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  • Massachusetts Institute of Technology research scientist aims to use Artificial Intelligence to support the EIC science

    What is your role in the Electron-Ion Collider (EIC)?
    I am the convener of the computing team at the EIC Comprehensive Chromodynamics Experiment (ECCE) consortium, a proposal for an EIC experiment.

  • “When you see the true dedication and selfless commitment of the service members around you, you can’t help but feel proud to be part of the best service in the world.”

    “We didn’t have a base. We had a bay. And our whole mission was to stay hidden,” Scott Bentivegna recalls of his time serving as a submarine officer in the U.S. Navy.

  • “Everyone you meet has a story, and getting to hear those stories was very inspiring.”

    “Say you’re out in the middle of the ocean with a crew of 20 people or less. If something fails on the vessel, you have to be prepared to correct the issue efficiently,” Brinn Ruiz explained.

    As a watercraft engineer, Ruiz became proficient in electrical, HVAC, welding and diesel mechanics through extensive testing and real-time experience. He recalls that there was a lot of pressure to learn and hone these trades quickly. The experience also shaped his leadership skills.

  • Theoretical nuclear and particle physicist and postdoctoral fellow at Lawrence Berkeley National Laboratory and the EIC Center at Jefferson Lab uses the solidity of mathematics to explore fundamental questions where Nature has the final say

  • smiling portrait of Amitoj Singh – Computer Scientist

    When asked to show off his workspace for this article, Computer Scientist Amitoj Singh had just moved with his family from Illinois, where he worked at Fermilab, to his home in Hampton—closer to his new job at Jefferson Lab.

  • Searching for a hill to climb on a flat peninsula

    As the head of Jefferson Lab’s new Data Science department, Malachi Schram, prepares to move across the country from his mountainside home in Washington state to the lab’s headquarters in Newport News, he has more than just simple adjustments to make. Schram, a competitive ultra-runner, needs to figure out where to find the big hills.

  • “We value our freedom, devotion to duty, integrity, honor and commitment. That’s what it’s all about.”
     

    Tim Fitzgerald sat back in his chair and thought for a moment about his fellow shipmates who came from vastly different backgrounds, belief systems and social customs.

    “The most impactful thing I learned in the military was how to overcome adversity. We had a mission and we were there to save lives; Nothing else mattered,” Fitzgerald recalled of his time spent in the U.S. Coast Guard, as an electrician’s mate and a member of the Law Enforcement program.

  • HR Generalist sets sights on building career with focus on DEI initiatives

    Gina Lawson could easily say that she has been a part of the Jefferson Lab community since she was in the eighth grade. While visiting her middle school, scientists from the lab recorded an educational video that features a young Lawson.

    But it was not until years later when she switched universities from Virginia Tech to Old Dominion University that Lawson turned to the lab as a place to forge her career.

  • EIC Center at Jefferson Lab

    The Electron-Ion Collider Center at Jefferson Lab (EIC2@JLab) is an organization to advance and promote the science program at a future electron-ion collider (EIC) facility. Particular emphasis is on the close connection of EIC science to the current Jefferson Lab 12 GeV CEBAF science program.   

    "EIC Center"At the heart of the atom are protons and neutrons. The characteristics and interactions of neutrons and protons, singly and collectively in the nuclei are responsible for how our cosmos developed and how our sun provides the heat that sustains the eco-system on earth. 

    While we have known for 50 years that protons and neutrons are made of quarks and gluons (represented in the figure to the left as spheres with arrows and springs, respectively), we are just beginning to learn how to image the structure and interactions inside protons and neutrons that are at the femto-scale, a million times smaller than the nano-scale of modern micro-electronics.

    Jefferson Lab has been at the forefront of this research; the current 12 GeV CEBAF program at JLab is world-leading in this science. The proposed Electron-Ion Collider will be the ultimate instrument for this new science: nuclear femtography.

     

     

    More detailed information about the Electron-Ion Collider can be found at the following links:

     

    NEWS:

    JLab News: Nuclear Science Advisory Committee Issues Plan for U.S. Nuclear Physics Research

    Featured Video
    Featured video caption
    Charting the Inner Structure of the Proton
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    Electron Scattering off the Proton Inside the Nucleus
    Electron Scattering off the Proton Inside the Nucleus
    Quarks and Gluons Inside Protons and Neutrons
    Quarks and Gluons Inside Protons and Neutrons

  • Creativity and engineering make possible new art and cutting-edge nanotube technology

    If you attended the famous Burning Man festival in 2018, you may have seen a giant, kinetic art installation co-built by Kevin Jordan, a Jefferson Lab electrical engineer. Jordan and George Neil, his former supervisor at the lab, have been traveling North America showcasing their namesake Double Helix Art installations, which feature a double helix light apparatus held high in the air.