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Uni Bremen involved in AMADEE-20 Mars Simulation
moreNot on Mars but at the simulated Mars mission in the Israeli Negev Desert, scientists of the Uni Bremen carried out two projects that focussed on the team performance of the crews and the design of airlocks for habitats.
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Extremely long and incredibly cold
moreWhile researching the wave properties of atoms, one of the "theoretically" coldest places in the universe has been created for a few seconds at ZARM, University of Bremen. The temperature record near absolute zero cannot be measured...
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Students experience all aspects of a space mission
moreCanSat Germany is once again inviting students to take part in the CanSat competition and build their own mini-satellite. TheCanSat has the dimensions of a standard beverage can. Launched by a rocket to an altitude of one kilometer, it is to measure
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Open6GHub – University of Bremen Conducts Research on Next Generation
moreExtremely fast, energy-efficient, fail-safe – and extremely complex: The German government is funding research on the next generation 6G wireless systems with up to 250 million euros. University of Bremen experts play a key role in this research.
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Are nanofluids as smart as we think?
moreZARM paper in the Proceedings Royal Society A shows that the potential applications of nanofluids need to be tested on a broader and more detailed scale.
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Observing the earth with a mini-satellite
moreThe launch campaign of this year's German CanSat Explorer competition can be watched live at a digital event.
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Bremen Study Prize 2020 goes to ZARM scientist
moreZARM scientist Dr. Dennis Philipp receives the Bremen Study Award 2020 for his outstanding disseration on the "Theoretical Aspects of Relativistic Geodesy", which lays the foundation for the rigorous and generally relativistic reformulation of geodes
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Brand new findings on fire safety in space
moreThe fire safety experiment on CYGNUS has results that even the combustion researchers could not have predicted: in weightlessness, a flame tends to spread in the opposite direction to the air flow.
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Staying long-term
moreWith the help of his Atmosphere Tester for Mars-bound Organic Systems (Atmos), Cyprien Verseux proved that Cyanobacteria can help astronauts survive self-sufficiently on Mars.
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Hot surprise on the space transporter CYGNUS
moreScientists of SAFFIRE V look back on the CYGNUS flight with mixed feelings. One of the two experiments on board could not be started as planned whereas the other caused a surprise.