The course Recent Developments in Plasma Physics provides an overview of current advances in both low-temperature plasma physics and fusion plasmas, highlighting their scientific and technological relevance. Through a series of seminars delivered by PhD candidates and early-career researchers, the program explores a broad spectrum of topics, ranging from tokamak plasma predictions and diagnostics of plasma–surface interactions, to innovative plasma-based approaches for biomedical applications and nuclear waste management.

Specific sessions will address pedestal density prediction for fusion devices, in-situ DRIFTS as a probe of plasma interfaces, cold plasma applications in biomedicine, plasma-driven surface modifications, and the generation and detection of reactive species. Further contributions will discuss plasma diagnostics for atmospheric-pressure systems and novel insights into nuclear reactions in fusion environments.

By combining fundamental studies with applied perspectives, the course aims to provide participants with an updated view of the challenges and opportunities in plasma physics today, fostering discussion and collaboration across different research domains.