Press & Media

ZARM researcher Thomas Imhülse succeeded in creating a ferrofluid out of algae oil and magnetite, which could be extracted from Martian soil. Why? Ferrofluids have a very wide range of potential in space missions.

ZARM scientists have developed a computer code that enables accurate predictions of the disintegration of droplets in turbulent flows.

On Nov 23, 2022, ZARM Director Marc Avila had the honour to present the institute's space exploration research to the Mayor of Bremen Andreas Bovenschulte and introduce him to the initiative “Humans on Mars” of the University of Bremen.

What happens inside a spray nozzle of a spray head during a long spraying process and why does the spray jet suddenly drip and spill? ZARM scientists publish their findings.

Model habitat at ZARM enables long-term tests for life support systems to be used on Moon and Mars.

Based on Einstein's theory, ZARM scientists were able to mathematically prove that with the help of a pulsar the rotation of a black hole can be calculated even more precisely than before.

From September 12 to 16, the University of Bremen is hosting the Annual Meeting of the German Astronomical Society – AG (Astronomische Gesellschaft). Under the theme “Astronomy from Ground to Space,” participants will discuss the latest findings...

Refueling an aircraft in the air is nothing new. But how can we perform this maneuver in space under microgravity? Future long-term exploration missions will require a concept for propellant filling-stations.

ZARM plays a key role in the conception of a large-scale research facility for the extraction and processing of raw materials on the Moon