NIF and Photon Science
Peer-Reviewed Papers Highlight NIF’s Record
The scientific results of NIF’s record 1.35 megajoule experiment have been published in three peer-reviewed papers, one in Physical Review Letters and two in Physical Review E.
We’re celebrating the 50th anniversary of the consolidation of LLNL’s laser programs into one division, which enabled cutting-edge research in inertial confinement fusion and high energy density science.
In 1972, LLNL created a unified laser program, enabling research that has led to a major fusion milestone. Science & Technology Review magazine’s cover story looks back at 50 years of history.
NIF used to rely on a measurement technique called long-delay backlighter. As tech and requirements evolved, a new technique was born: fiber-delay backlighter (FDBL).
The team developing LLNL’s unique diode-pumped alkali laser are dedicated to their mission to enhance the nation’s safety and security.
When the 100,000th visitor to NIF walked through the door last month, there were no bells or whistles. But it was a monumental moment.
