Jefferson Lab Breaks Ground on $500 Million AI Data Facility, Targeting 2030 Launch
Updated
Updated · WHRO · Jun 12
Jefferson Lab Breaks Ground on $500 Million AI Data Facility, Targeting 2030 Launch
3 articles · Updated · WHRO · Jun 12
Summary
$500 million is the expected cost of the DOE-backed High Performance Data Facility that Jefferson Lab began building in Newport News, with operations planned for 2030.
The hub will not store data locally; instead, it will use powerful computing systems to access and move exabytes of research data from 28 DOE centers at speeds up to 10,000 times typical home internet.
Jefferson Lab says AI will help bridge scientific silos by combining disparate datasets—such as biology and astronomy—to support nationwide researchers and tackle long-standing questions in fields including nuclear physics.
$49 million from Virginia is funding the data center building, while Jefferson Lab and Lawrence Berkeley National Laboratory are developing the computing hardware.
Officials said major hurdles remain, including standardizing data so AI can use it effectively, while Sen. Mark Warner also flagged broader concerns over AI security, energy use and data-center impacts.
How will Jefferson Lab's AI hub unify data from 28 labs to solve science's most complex and long-standing problems?
As AI strains Virginia's power grid, how will the new national data facility operate without worsening the energy crisis for residents?
With new management, is Jefferson Lab pivoting from nuclear physics to lead America's AI-driven scientific future?
The High Performance Data Facility (HPDF): Powering the Genesis Mission and America’s Exascale Data Revolution
Overview
The High Performance Data Facility (HPDF) at Jefferson Lab is leading a national data revolution as of June 2026. Developed through a partnership with Lawrence Berkeley National Laboratory, the HPDF focuses on high-powered computing hardware to process vast datasets. It serves as a foundational part of the Department of Energy’s Genesis Mission, which aims to use advanced data capabilities to drive innovation across key sectors. By combining powerful computing with strategic collaboration, the HPDF is positioned to address critical scientific and technological challenges facing the United States.