The research group focuses on the innovative and complementary use of neutrons and positrons in a broad area of fields relevant to health and energy. Neutron scattering accesses the microscopic and mesoscopic length and time scales whereas positron annihilation probes electronic structures, local structural inhomogeneities and defects. The development of new experimental methods for neutrons and positrons is one of the research fields. Experience in neutron reflectometry, polarized neutrons and Larmor labeling.
Main areas of research are conditions of implementation of self-healing in Al alloys investigated by positron annihilation. New magnetic phases arising from frustration, magnetoelastic coupling or chirality . High resolution inelastic neutron scattering. Colloids, emulsions, gels and drug delivery systems. Magnetic thin films. Surface modification. Drug delivery systems.
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