News

The Priority Program "Creation of synergies in customised mixtures of heterogeneous powders " applied for by Lutz Mädler and Udo Fritsching from the Process and Chemical Engineering Department at the Leibniz IWT and the University of Bremen was recently selected for funding by the German Research…

It is often more turbulent in the human bloodstream than is actually good for the human body. That is what an international research team led by Dr. Duo Xu from the Center of Applied Space Technology and Microgravity (ZARM) at the University of Bremen has found out.

Electron backscatter diffraction inverse pole figure map of a nanoporous high-entropy alloy showing the crystallographic orientation of grains. Hight of image about 4.5 µm.

Dr.-Ing. Jérémy Epp has been nominated as a member of the Project Review Panel (PRP) "Materials Science" of the German Electron Synchrotron (DESY). (Direct to the IWT News)

High recognition for Dr. Ilya Okulov: he has now been appointed Associate Professor (part-time) at the Ural Federal University (UrFU) Russia (Direct to the IWT News).

In the field of artificial intelligence (AI), four scientists from the University of Bremen are some of the worldwide leading experts. That is the result of the renowned Chinese Tsinghua University ranking.

A strong network within material research has been established at the University of Bremen with the MAPEX Center for Materials and Processes. The center has now been granted 2.2 million euros by the German research Foundation (DFG) to build a device for 3D laser metal deposition.

„Ultrasonic Monitoring of Fibre Metal Laminates Using Integrated Sensors“

Press release of the University of Bremen/ 27 november 2019 Meike Mossig

Nanofibrous fibrinogen scaffolds prepared with the novel process of salt-induced self-assembly. Width of image 11 μm.

High precision in-process monitoring with structured light of 3D laser-printed high-strength nickel chromium material. Figure dimension 20 x 20 mm, height range 0.25 mm coded from blue to red.

The formation of light-emitting quantum dots with 30 nm diameter has been studied for new ultrathin semiconductors constructed from a monolayer of MoS2 atoms.

MAPEX 8th Newsletter is available now.

Conductivity map of metallic surface regions on a functional material which were created by applying electric pulses to a microscopic tip. Diameter ~ 350 nm.