New positions at MSS

Open doctoral position will start on January 1st, 2022

2015 berichtet ein Forschungsteam: Proteine altern. Das Paper haben sich zwei Wissenschaftler genauer angesehen und widersprechen. Altern bei Proteinen sei noch nicht bewiesen.

MSS has developed significant expertise in additive manufacturing. Around one hundred students learn a plethora of 3D printing processes every year.
In collaboration with partners from medical imaging, MSS 3D-printed imitations of human organs for the calibration of single-photon emission computed tomography.
These so-called phantoms represent the appearance of a typical patient’s brain and allow the calibration of the process with the aim of higher resolution images of the actual patient.

He will work in the field: Image reconstruction for Electrical Impedance Tomography using AI approaches

He will work in the field: Tracking of particles and image reconstruction in multi-beam X-ray tomography

He will work in the field: Physics of drying suspensions

He will work in the field of DEM simulations of 3D printing processes

For the large group of students in elementary and secondary schools, the government’s response to the spreading Covid-19 pandemic means that classes will be cancelled for long periods of time. An alternative to distance learning is alternate teaching. Here, half of the class is taught at the school, while the other half of the students are taught at home via distance learning. The Lehromat 1000 is a device designed to assist the teacher in alternate teaching. With its help, the non-present students are fully involved in what is happening in the classroom.

Information on Lehromat: http://lehromat.de

Press reports:
nordbayern.de
Neumarkt TV
Wochenblatt
Youtube
webundmobile.de
mittelbayrische.de

„Surfactants and rotelles in active chiral fluids“ in Science Advances

He will work on the optimization of a robotic granular gripper using simulations and machine learning.

The renowned journal Physics of Fluids has selected our research paper „Can Minkowski tensors of a simply-connected porous microstructure characterize its permeability?” by Prapanch Nair, Sebastian Mühlbauer, Shantanu Roy, and Thorsten Pöschel as Editor’s Pick. The paper will be published shortly.