1. Theoretical approach, simulation and modeling of photo-excited processes
2. Fundamental phenomena of laser-matter interactions
3. Dynamics and diagnostics of photo-excited processes
4. Ultrafast Phenomena in chemical processes
5. Photo-excited chemical processes
6. Photo/laser-induced desorption from surfaces
7. Resonant and non-resonant processes in photo/laser-induced materials processing
8. Deposition and coating of thin films, multilayers, and nanostructured materials
9. Synthesis of nanomaterials
10. Photo/laser-induced nanoscale processing
11. Plasmon-enhanced photon/laser processing
12. Cutting, drilling, surface patterning and micromachining
Surface modification including crystallization, amorphization
, phase transformation, and doping
14. Surface nanostructuring and nanoripple formation
15. Volume and 3D internal processing
16. 3D additive manufacturing
17. Manipulated/shaped beam processing
18. Ultrahigh-power laser applications
19. Interactions with organic and biomaterials and applications including MALDI and laser microprobe mass analysis
20. Medical and biological applications
21. Photon-sources and laser systems for photo-excited processes