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Scientific training
Scientific training offered by each node to the fellows. Please add the training modules offered at your node!
- Attosecond laser module
- Location: Milano Duration: 2-3 weeks Topic: laser pulse compression, CEP stabilization
- Attosecond techniques module
- Location: Milano Italy; Duration: 3 weeks; Topic: isolated attosecond pulses
- Ultrafast laser oscillators module
- Location: Budapest; Duration: 2-3 weeks
- Module on characterization methods in ultrafast plasmonics
- Location: Budapest; Duration: 2-3 weeks Topic: tunneling microscopy, photoelctron spectroscopy
- Module: Dynamical studies in molecules using HHG
- Location: CEA Saclay; Duration 2-3 weeks; conditions for application: 2 students per training session
- Coherent diffraction imaging module
- Location: CEA Saclay; Duration: 2-3 weeks; conditions for application: 2 students per training session
- Module: Quantum control of chemical reaction
- Master course on laser-matter interaction; Location: CEA Saclay (Orsay University); Duration: 7 weeks; conditions for application: 2 students per training session
- Creation and Deposition of size-selected atomic clusters
- Location: Birmingham; Duration: 1 month Timing of training by arrangement with Head of Lab, in context of collaborative projects
- Scanning Transmission Electron Microscopy
- Location: Birmingham; Duration: 3 months; Timing of training by arrangement with Head of Lab, in context of collaborative projects
- Scanning Tunneling Microscopy module (benchtop)
- Location: Birmingham; Duration: 1 month. Timing of training by arrangement with Head of Lab, in context of collaborative projects.
- Atomic Force Microscopy module (benchtop)
- Location: Birmingham; Duration: 2 weeks; benchtop, basic operation; Timing of training by arrangement with Head of Lab, in context of collaborative projects.
- Carrier envelope phase training program
- Location: Vienna; duration: one week; Topic: oscillator and amplifier CEP stabilisation.
- Generation of coherent pulsed XUV radiation of high pulse energy
- Location: Heraklion; Duration: 1 month;
- Characterization of ultra-short XUV pulses
- Location: Heraklion; Duration: 2 months;
- Applications of XUV and attosecond pulses
- Location: Heraklion; Duration: 2 months;
- Instrumentation/technology module
- Location: Heraklion; Duration: 2 months
- Characterization of attosecond pulse trains using the RABITT technique
- Location: Lund; Duration: 2 weeks;
- Generation of intense harmonics using loose focusing
- Location: Lund; Duration: 2 weeks
- Phase stabilization of high-energy laser systems
- Location: Amplitude; Duration: 6 months
- Laser pulse shaping and short pulse metrology
- Location: Amplitude; Duration: 3 months
- Using spectral interferometry in ultrashort pulse characterisation
- Location: Szeged; Duration: 3-4 weeks
- Numerical models in the Strong Field Approximation of gas High order Harmonic Generation
- Location: Szeged; Duration: 2-3 weeks;
- Synchronization module
- Location: Hamburg, DESY; Duration:2-3 weeks
