Focused Energy and University of Rochester LLE Announce $6.9M Research Collaboration for Inertial Fusion Energy

Focused Energy and the University of Rochester's Laboratory for Laser Energetics have established a $6.9 million partnership to address fundamental challenges in inertial fusion energy. The collaboration is the largest single industrial-sponsored research agreement awarded to LLE. LLE will contribute its advanced experimental and modeling capabilities, including the high-bandwidth FLUX laser system, to investigate laser-plasma instabilities. These instabilities include Cross-Beam Energy Transfer, Stimulated Raman Scatter, and Two-Plasmon Decay and can reduce the efficiency of the laser-driven ignition process. The sponsored research agreement builds on an existing Department of Energy INFUSE-funded collaboration between LLE and Focused Energy. It extends that work within the IFE-COLoR consortium led by LLE. The partners will couple experiments with advanced modeling tools over multiple years to scale results from Omega-class facilities to Fusion Pilot Plant conditions. They will also design and test innovative fusion targets, including Hybrid Shock concepts. Christopher Deeney, Director at LLE, said the University of Rochester's LLE has spent decades advancing inertial confinement fusion science in support of the NNSA's stockpile stewardship program. Partnering with Focused Energy means the foundation now serves a second critical national interest in delivering clean, sustainable fusion energy and creating new U.S. industries. Thomas Forner, Co-Founder and CEO of Focused Energy, said turning fusion from a scientific achievement into a reliable energy technology requires deep collaboration between laboratories and companies. Partnering with LLE allows the company to connect frontier plasma physics research with the engineering challenges of its Fusion Pilot Plant. Dustin Froula, Division Director at LLE, said the coupling of experiments directly to pilot plant modeling creates a feedback loop that moves fusion science forward. Stephen Dewhurst, Vice President for Research at the University of Rochester, said the partnership is an example of driving innovation that solves real-world problems.