JEFFERSON LAB SEARCH
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BEAMS: Curiosity
January 9, 2013
BEAMS, Becoming Excited About Math and Science, is one of our education programs. In particular, it is the only one in which I participate with more than a ceremonial role. I try my best to pull my full share of BEAMS visits. Today was the first of the year, and it went really well.
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Science and Our Future
March 3, 2013
Yesterday morning, it was my pleasure to give a welcome to the 2013 Virginia Middle School Science Bowl.
As you know, we have hosted both the High School and Middle School regional science bowls at Jefferson Lab over a number of years. We also have a leading role with DOE to mount the national science bowls.
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Fermilab launched a quantum program in 2017 to explore the overlaps between quantum science and technology and the lab’s primary mission of high energy physics. These overlaps include areas where Fermilab expertise and infrastructure contribute to the larger QIS ecosystem, such as applications of SRF accelerator technology for quantum devices, as well as exploring how quantum sensors and quantum computers can contribute to advancing fundamental science. Quantum sensors are now enabling the launch of new experiments, including MAGIS-100, the world’s first 100-meter scale cold atom gradiometer, aimed at detecting gravity waves and wavelike dark matter.
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A recording of the theory seminar on Wednesday, August 9th, 2023.
A talk by Utku Can of University of Adelaide.
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Accelerator Seminar | Dr. Taekyung Ki | July 6, 2023 | 11 am | TL 1227/Zoom
Introduction and SCL3 Cryogenic Commissioning (First Run) of Cryogenic Systems for RAON Accelerator
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Accelerator Seminar | Andrew Hutton | June 29, 2023 | 11 am | TL 1227/Zoom
Energy-Efficient Accelerators with a Focus on Energy-Recovery Linacs
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A recording of the theory seminar on Wednesday, June 28th, 2023.
A talk by Tim Hobbs of Argonne National Laboratory.
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The historic detection of gravitational waves from the binary neutron star merger GW170817 by the LIGO-Virgo collaboration is providing fundamental new insights into the astrophysical site for the creation of the heaviest elements in the cosmos and the equation of state on neutron-rich matter. Since then, electromagnetic observations of neutron stars together with measurements of the properties of neutron-rich nuclei at terrestrial facilities are placing stringent constraints on the nature of neutron-rich matter. It is this unique synergy between heaven and Earth that will be the focus of this presentation.