Bent Lauritzen

Bent Lauritzen serves as a Senior Researcher and center leader at the Center for Nuclear Energy Technology within the Department of Physics at the Technical University of Denmark (DTU). His research spans multiple critical areas in nuclear physics and engineering, with particular expertise in spallation physics, molten salt reactor technology, neutronics, and cold neutron sources. His work significantly contributes to UN Sustainable Development Goals related to clean energy and climate action.

• Senior Researcher and Center Leader at DTU Physics
• Specializes in nuclear energy technology and neutron science
• Active contributor to European Spallation Source research
• Supervises multiple PhD projects in nuclear engineering

Lauritzen's research interests focus on advanced nuclear technologies with practical applications. His work in molten salt reactor engineering addresses next-generation nuclear power solutions, while his expertise in cold neutron physics supports fundamental research at major facilities like the European Spallation Source. His research in neutronics engineering and dose rate calculations has important implications for nuclear safety and radiation protection. The integration of computational methods with experimental physics is a recurring theme across his diverse research portfolio.

Analysis of Lauritzen's recent publications reveals a strong trend toward practical applications of nuclear physics. His work spans from fundamental neutron science (cold neutron sources, spectrometer design) to applied nuclear engineering (molten salt reactors, radiation detection systems). The European Spallation Source appears as a major collaborative focus, with multiple publications related to instrument development and neutron source optimization. There's also a clear emphasis on computational methods, with Monte Carlo modeling and simulation frameworks playing key roles in his research.

Lauritzen actively mentors the next generation of nuclear scientists as main supervisor for multiple PhD students working on cutting-edge nuclear technologies. His projects cover thermophysical properties of fluoride fuel salts, transient neutronic behavior in molten salt reactors, and advanced cold neutron source designs. These projects represent significant contributions to nuclear energy research with potential applications in sustainable energy production.

His professional activities include organizing the Nuclear Engineering Educational Workshop and serving as Chairman at the Ministry of Education, Youth and Sports during two separate periods (2014-2017 and 2021). Lauritzen has also contributed to public understanding of nuclear technology through media appearances, particularly during the Fukushima nuclear incident in 2011 when he provided expert commentary on reactor risks.