Working Groups
Collaborative research structure of the network
Collaborative Research Framework
The Action's aims and objectives are implemented by work of four working groups (WGs), with common or overlapping areas of interest. These groups bring together researchers with complementary expertise to advance the state of the art in short wavelength laboratory sources.
The precise work programmes of each WG are decided by the appointed WG coordinators in consultation with other WG members. The Working Groups meet twice a year. It was decided to run the WG meetings jointly to allow members of different groups to interact with each other and to give a common ground for possible collaborations to develop.
The Four Working Groups
WG1: Modelling and Simulation
Development of theoretical models and computational simulations for short wavelength source physics, plasma dynamics, and radiation generation processes.
Key Focus Areas:
- Laser-plasma interaction modeling
- Atomic physics and radiation transport
- Discharge plasma simulations
- High harmonic generation theory
- Source optimization algorithms
WG2: Source Development, Improvement and Characterisation
Experimental development of novel short wavelength sources and establishment of standardized characterization methods.
Key Focus Areas:
- Laser-driven plasma sources (LPP)
- Gas discharge and pinch sources (DPP)
- High harmonic generation (HHG) sources
- Source stability and reproducibility
- Flux and spectral measurements
WG3: Integrated Systems: Sources, Optics and Detectors
Integration of short wavelength sources with optical components and detection systems for complete experimental setups.
Key Focus Areas:
- EUV and soft X-ray optics
- Multilayer mirrors and gratings
- Detector development and calibration
- System integration and optimization
- Beamline design and commissioning
WG4: Applications
Demonstration and development of applications using laboratory-scale short wavelength sources in science and technology.
Key Focus Areas:
- EUV microscopy and imaging
- Spectroscopy and material analysis
- EUV lithography
- Surface processing and modification
- Biomedical applications
Inter-Group Collaboration
Research
Synergistic Approach
The working groups are designed with overlapping areas of interest to encourage cross-disciplinary collaboration. For example:
- WG1 modeling work informs WG2 experimental source development
- WG2 source characterization data validates WG1 theoretical predictions
- WG3 integrates sources from WG2 with optics for WG4 applications
- WG4 application requirements drive optimization efforts in all groups
Joint meetings facilitate these interactions and foster new collaborative projects across institutional and national boundaries.
Working Group Meetings
Biannual Schedule
Working groups meet twice per year, typically in May and November, at different European locations
Joint Sessions
All four working groups meet together to maximize interaction and identify collaboration opportunities
Presentations
Members present research through oral talks and posters. Priority given to early stage researchers
Scientific Exchange
Coffee breaks, poster sessions, and social dinners facilitate informal discussions and networking
Working Group Leadership
Each working group is coordinated by two WG Leaders who ensure that the scientific objectives of the group are met. The leaders organize the meeting programs, facilitate collaborations between members, and report to the Management Committee on the group's activities and progress.