(theory part of the course) and GSI (practical part). The maximum number of students will be 15. Target Audience Students from ESA Member States will be eligible to participate to the ESA-FAIR Radiation

radiation interacts with the organ on a cell-by-cell level. A crucial step that could lead to more targeted treatments for cancer and reduce the damage caused by radiotherapy. Dr. Nicolò Cogno, now at Harvard

are accelerated over a few μm along the target normal direction. After the acceleration process is over and the target is disrupted (~ns), the ions leave the target in a quasi-neutral cloud together with [...] High-Energy Laser for Heavy Ion EXperiments (PHELIX) hits a solid target (E < 25 J, τ = 500 fs, I > 10 19 J/cm 2 ) and drives the TNSA (Target Normal Sheath Acceleration) mechanism. A selected part of the [...] critical surface and accelerates hot electrons into the target material (b). The electrons are transported under a divergence angle through the target, leave the rear side and form a dense electron sheath

Investigations into Biological Effects of Radiation (IBER) Using the GSI Accelerator Facility GSI is the European facility selected by the European Space Agency ( ESA ) to perform research in biologic

ELDAR - burning questions on the origins of Elements in the Lives and Deaths of stARs

NECTAR - Nuclear rEaCTions At storage Rings

HITHOR project Highly Charged Thorium-229 nuclear clock could revolutionise metrology

Experiments Information for GSI-/FAIR-Guests Detectors Development Electron Spectrometer Electron Target / Cooler High Energy Single Pass Experiment s Laser Cooling Laser Spectroscop y Photon and X-Ray [...] Spectrometer Photon Detektor Development Ring Physics and Performance Slow Ion/Surface Experiments Target Development

streaked shadowgraphy with a very high signal-to-noise ratio. SEPPL has a fixed entry port at the target chamber of the PTA, located centered between TB2 and TB3 of the western chamber wall, at a height

incoming beam is selected and guided via a magnetic quadrupole lens into a demagnified image in the target plane of the sample. The precise location of this ion optical image of the micro object aperture