Neutrons are pivotal in shaping the future of fusion energy and nuclear technology, offering unparalleled opportunities to address challenges in materials science, energy production, and sustainability. This research field explores the development of advanced materials and technical components tailored to withstand the extreme operating conditions of nuclear fusion reactors, driving progress towards industrial-scale deployment.
Cutting-edge analytical methods utilising neutrons and positrons provide powerful tools for material characterisation on an atomic scale, enabling detailed investigations of structural integrity and radiation effects. Key efforts are directed at understanding and mitigating radiation damage, optimising material properties, and extending the lifespan of critical components. The study of fast neutrons, their interactions, and their role in inducing radiation damage and transmutation processes is central to improving the material performance. Beyond materials, this field delves into research on fundamental plasma properties using positrons. These endeavors lay the groundwork to ensure the efficiency and stability of fusion reactions, for industrial-scale and reliable fusion energy.
Together, the holistic approach of these research areas underscores the multifaceted roles of neutrons and positrons in advancing both fusion energy and nuclear technologies towards a sustainable energy future.
Topics:
· Fusion reactors – towards industrialisation
· Materials and technical components for fusion reactors
· Advanced materials for nuclear applications
· Fast neutrons, radiation damage and transmutation
· Cutting-edge analytical methods using neutrons and positrons
· Creation and stabilisation of plasmas
· Simulations and theoretical calculations of plasma and material properties
The MLZ Conference Neutrons for Fusion and Nuclear Applications is meant to be a forum for experts from research and industry to enhance and tap the potential of neutron and positron methods in combination with complementary techniques for the characterisation and the development of advanced materials in the field of fusion reactors and nuclear applications. Series of presentations (talks and posters) will be presented by renowned international researchers in the field to demonstrate forefront research, cutting-edge analytical methods and applications including simulations.
