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A new theoretical model shows that alloying accelerator structures with oxygen provides a faster, better, cheaper path to predictable accelerator performance
Nuclear physicists have found that the internal structures of protons and neutrons may be altered in different ways inside nuclei
A precision measurement of the neutron skin in a calcium nucleus surprisingly reveals a thinner skin than expected from a similar measurement in lead
Associate Director for Experimental Nuclear Physics Thia Keppel keppel@jlab.org
Radiation Detector and Imaging Group Leader Drew Weisenberger drew@jlab.org
A Software Toolkit for Parameter Optimization and Amplitude Analysis
2022 Proposals: i.e., received pursuant to the call that went out June 28, 2022, with deadline of July 25, 2022:
A spreadsheet with all of the proposals is available here.
The proposal guidelines are downloadable as a .pdf file here. They have been slightly updated for the FY23 proposal cycle.
Proposals should be submitted to: eic_rd_prgm@jlab.org
Questions can be submitted to the committee Chair, Dave Mack: mack"at"jlab"dot"org
Detector functionality areas of interest include:
Generic EIC-related Detector Research and Development Program Description
Under the Auspices of the Electron-Ion Collider Program
Managed by Thomas Jefferson National Accelerator Facility