In focus of Space
Transistor technology from Chalmers in NASA climate satellites
Since 2021, NASA launches several cube satellites for studying tropical cyclones from space. In the satellites, you can find amplifiers from the company Low Noise Factory based on transistor technology developed at the Department of Microtechnology and Nanoscience (MC2), Chalmers University of Technology. The amplifiers were designed for detecting oxygen and water in the atmosphere with very high sensitivity, and the semiconductor transistor chips were fabricated in the cleanroom laboratory at Chalmers.
Earth-like exoplanet in unique planetary system
Astronomers have discovered a unique planetary system around the star TOI 500, 155 light years from Earth. The innermost of the four planets is similar to Earth in several ways, but has an orbiting period of just 13 hours and a temperature of over 1300 degrees Celsius. It is believed to have formed further out, and then migrated close to the star in a slow and "quiet" process, lasting billions of years. Until now, it has never been shown that such a scenario could expain the existence and architecture of such a peculiar planetary system.
Hasselblad awards research on climate change in the Arctic
Hans Chen from Chalmers University of Technology is one of two researchers to receive a grant of one million SEK from the Hasselblad Foundation for his research on how climate change in the Arctic has affected and will affect ecosystems and the carbon budget, i.e. how much more carbon dioxide can be emitted before the temperature risks increasing more than stated in the Paris Agreement.
Space technology from West Sweden on its way to Jupiter
On April 14, 2023, at 14:14 Swedish time, the European Space Agency's space probe JUICE - JUpiter ICy moons Explorer - was launched on its long journey to Jupiter's largest moons. On board the probe are ten super-sensitive instruments, one of them called SWI, which will observe the thin atmospheres of water surrounding Jupiter's largest moons and provide answers to the question of whether there are conditions for life.
Chalmers' overarching research areas of Space
Space Science & Exploration
Human curiosity drives us to understand and explore Space and our place in it.
We conduct research on the Solar System, distant stars and their planets, galaxies, and the Cosmos as a whole. We are actively involved in the development and use of ground- and space-based infrastructures. We are involved in technology development from radio up to THz frequencies for space activity and host Onsala Space Observatory, a national infrastructure which combines research in and technological developments for geodynamics and radio astronomy.
Earth System, Climate & Environment
Understanding our planet is key to ensuring a sustainable future.
We have a leading role in national and international satellite missions for remote sensing and space geodesy. We derive bio- and geophysical products and contribute to maintaining the terrestrial and celestial reference frames. Using space geodesy, remote sensing, and complementary data, we research the Earth System on a global scale, investigate geodynamic phenomena, and climate change processes and support meteorological, hydrological and environmental agencies.
Sensing & Communication
Society's sustainability on Earth increasingly relies on sensors, antennas and circuitry in space.
We push the boundaries of Earth and Space remote sensing, improve satellite communication, enable precise, high-speed deep-space communication to the Moon, Mars, and beyond, and work towards an integrated non-terrestrial network component into the future 6G infrastructure. We provide advanced components and technologies, such as microwave and optical devices, antenna design and space-based computing. Complete satellite sensors are designed and developed together with companies in the region.
Sustainable Space Activity
The rapidly increasing needs for access to space set high requirements and emphasise the need to use and explore Space sustainably, meeting the needs of today’s society, without compromising the needs of future generations
We conduct research on novel aerospace propulsion methods, manufacturing methods and materials for space usage, with the goal of minimising negative impact on the space and earth environments. We also conduct research on sustainable habitation, considering the particular conditions of spaceships and habitats in extreme environments.
Departments with Space-related research
Research infrastructure for Space
Contact me for questions
Rüdiger Haas
- Områdesledare, Physics and Astronomy
Rüdiger Haas
- Områdesledare, Physics and Astronomy
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Chalmers University of Technology offers two-year master's programmes taught entirely in English. Each programme comprises 120 credits, equivalent in scope to 120 ECTS credits. Upon successful completion, students are awarded a Master of Science (MSc) degree. The application period is Mid-October – Mid-January.