ÖAW-Institut für Weltraumforschung
The Space Research Institute (Institut fuer Weltraumforschung, IWF) focuses on the physics of our solar system and the diversity of exoplanets. With about 100 staff members from 20 nations it is one of the largest institutes of the Austrian Academy of Sciences (Oesterreichische Akademie der Wissenschaften, OeAW). The institute is located in the Victor Franz Hess Research Center of OeAW in the south of Graz. At the Lustbuehel Observatory it operates a satellite laser ranging station, which is one of the best in the world.
Nickolay Ivchenko: Research with sounding rockets and small satellites at KTH
Tom Haworth: The impact of environment on protoplanetary disks and planet formation
Nihan Chen: Solar Wind Interaction with Venus Upper Atmosphere
Ferdinand Plaschke: Observations and modeling of the dynamic magnetopause
Zsolt Regály: Dusty disks as safe havens for terrestrial planets
Peter Wurz: The interplay of surface composition, mineralogy, and physical conditions
Kyoung Joo Hwang: KHIWI - Kelvin Helmholtz Instability/Waves Investigation
Boris Segret: Astrometry on board a CubeSat
Jean Michel Léger: From Swarm to NanoMagSat, optically pumped helium magnetometers for Earth observ
Jürgen Blum: Comets as clues to the formation and evolution of planetesimals
David Hobbs: The GaiaNIR mission and the hidden regions of our Galaxy
József Varga: The inner region of planet forming disks from VLTI observations
Gabriella Gilli: Exploring Venus's atmosphere: current knowledge and future missions
Tomas Karlsson: Magnetic holes in the heliosphere and planetary magnetosheaths
Das IWF Graz zu Besuch in einem argentinischen Kindergarten
Gaspard Duchêne: On the demographics and structure of protoplanetary disks
Sandipan Borthakur: Photospheric contamination in early type stars
Aljona Blöcker: Plasma and Atmospheric Interactions: From Galilean Moons to Ultrahot Jupiters
D. Verscharen: The multi-scale impact of kinetic electron physics in space and astrophysical plasmas
Gabriel Giono: From Science Question to Instrument Design the Auroral Polarization Explorer APEX
Luca Fossati: The POLLUX high resolution spectropolarimeter and the exoplanet science case
Kevin Blasl: Multi scale and multi process character of the Kelvin Helmholtz instability
Sierk van Terwisga: The impact of environment on protoplanetary disk evolution
Nadine Trummer: Machine Learning for Space Debris Characterization
Charlotte Goetz: The diamagnetic cavity at comets: have we finally solved its mysteries?
Emilya Yordanova: Comprehending our local plasma universe from spacecraft measurements
Banzer Peter: Structure Matters– Structured Light and Matter for Research, Applications, and for Fun
Tim Lichtenberg: Internal fractionation of atmospheric volatiles on magma ocean exoplanets