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Nr. I09 - Joint Solar Programme
Subfields: Condensed matter and optical physics & Nanophysics and technology
Lees verder
Nr. I10 - Extreme UV multilayer optics
Subfields: Condensed matter and optical physics & Phenomenological physics
Lees verder
Nr. I13 - Fundamentals of heterogeneous bubbly flow
Subfield: Phenomenological physics
Lees verder
Nr. I14 - Microscopy and modification of nano-structures with focused electron and ion beams
Subfields: Phenomenological physics & Nanophysics and technology
Lees verder
Nr. I15 - Size dependent material properties
Subfields: Phenomenological physics & Nanophysics and technology
Lees verder
Nr. I16 - Innovative physics for oil and gas
Subfields: Nanophysics and technology, Phenomenological physics & Condensed matter and optical physics
Lees verder
Nr. I18 - Magnetocaloric materials not only for cooling applications
Subfield: Condensed matter and optical physics
Lees verder
Nr. I19 - Bio(-related) materials
Subfields: Processes in living systems & Condensed matter and optical physics
Lees verder
Nr. I20 - Contact line control during wetting and dewetting
Subfield: Phenomenological physics
Lees verder
Nr. I23 - Controlling photon and plasma induced processes at EUV optical surfaces
Subfields: Condensed matter and optical physics & Phenomenological physics
Lees verder
Nr. I24 - Improved solid-state light sources
Subfield: Nanophysics and technology
Lees verder
Nr. I25 - Spectroscopic analysis of particles in water
Subfields: Phenomenological physics, Condensed matter and optical physics & Processes in living systems
Lees verder
Nr. I26 - Topological quantum computation
Subfield: Nanophysics and technology
Lees verder
Nr. I27 - Understanding the visco-elasticity of elastomer-based nanocomposites
Subfields: Condensed matter and optical physics & Phenomenological physics
Lees verder
Nr. I28 - Third generation magnetocaloric materials
Subfield: Condensed matter and optical physics
Lees verder