Part 1: Basic Principles 1. Nanoplasma in the context of plasma 2. Nanoplasma: Basic principles, fundamentals, and classification 3. Fundamentals of nanoplasma interaction with materials 4. Methods for generation of nanoplasmas 5. Magnetically confined plasmas at the nanoscale 6. Methods for characterization and evaluation of nanoplasma 7. Mathematical modeling of nanoplasma 8. Regulatory, toxicological and environmental issues of nanoplasma
Part 2: Applications 9. Potential applications of plasmas containing nanostructured species 10. Picosecond switches for ultrafast electronics 11. Potential applications of nanoplasma in biology and medicine 12. Aesthetics application (beauty care/nanocosmetics) 13. Nanoplasma for Oncotherapy 14. Nanoplasma for Sensing Application 15. Modern implantology (nanosurface, biocompative treatment.) 16. Sterilization/decontamination 17. Nanoplasma for Display panels for luxury mobile devices 18. Nanoplasma for Energy conversion and storage 19. Nanoplasma: Future perspectives