вЂњSince our time at LLNL we have been working in the field of laser fusion, investigating pathways to commercial fusion energy and spearheading the concept of proton fast ignition in fusion energy, a novel concept our company Focused Energy is developing in close collaboration with the international science communityвЂќ adds Prof. They have worked closely with LLNL over the years as academic scientists, performing collaborative experiments, working at times as visiting scientists, consultants and working together as supervisors of joint students with the lab. Roth started their careers working at LLNL more than 20 years ago where they worked on developing high intensity lasers, helped construct parts of the NIF in the early stages of the project, and pioneered ultra-intense laser-matter interactions. Markus Roth, Chief Science Officer and co-founder of Focused Energy.Д«oth Prof. We are proud of the team, and we are proud to have had the opportunity to work in close collaboration with many of the scientists and our colleagues of this team for many yearsвЂќ added Prof.

вЂњWe have always believed in the ultimate success of our friends and colleagues at LLNL. Todd Ditmire, co-founder and Chief Technology Officer of Focused Energy. This work by the NIF team highlights the great progress that has been made in recent years understanding the physics of inertial confinement fusion as well as progress in laser and target technologyвЂќ says Prof. вЂњThis is an outstanding, exciting result and is a dramatic milestone on the difficult path to controlled fusion energy. (1888PressRelease) AugDarmstadt - The laser fusion startup company Focused Energy congratulates the science team of the National Ignition Facility (NIF) at the Lawrence Livermore National Laboratory on their recent result, in which they have observed a record fusion energy yield of 1.3 MJ, putting NIF on the threshold of achieving ignition in laser-driven fusion for the first time.

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