Sort by
Refine Your Search
-
Listed
-
Category
-
Field
-
understanding of mathematics and physics - good understanding of “Campus Management” and "Blackboard" or willingness to learn - very good written and spoken English (B2) For further information, please contact
-
: - Enrolment at a German university. - Major in physics, mathematics, computer science or related subject - Programming experience in Python - Experience with PyTorch or similar libraries for neural networks
-
and integrated as part of the project. Another important task area is the development of further integrative methods for data analysis, for example using networks, mathematical modeling and machine
-
solid state physics and many-body theory. Applications should be sent by e-mail, together with significant documents (CV, academic transcript, and research statement, as well as a letter of reference
-
discipline Desirable: • very good programming skills • intensive up-to-date knowledge and experiences in computer vision or pattern recognition or applied mathematics • interests in cooperation with veterinary
-
Computer Science, IT Systems Engineering, Data Science, Bioinformatics, Mathematics, Physics, or a related field. - Solid, demonstrable software engineering skills and ability to write clean, testable, and well
-
approaches to electrolyte systems Requirements: Candidates must have a Ph.D. in Physics, Chemistry, Applied Mathematics, or related fields. Desirable: - English language fluent, spoken and written - excellent
-
approaches with informed institutional analyses of capitalism, finance and insurance, housing and welfare states as well as policing and drawing on theories from Comparative Political Economy, historical and
-
acquisition of teaching experience. Requirements: Completed university degree in atmospheric sciences, physics, or mathematics (Master's degree). Desirable: Experience or willingness to develop model components
-
The Mueller group studies nanoscale light-matter coupling phenomena in quantum materials. We use polaritons to shrink light to the nanoscale and employ ultrafast nonlinear optical techniques to bridge phenomena in the typically separate mid-infrared and visible spectral ranges. We aim to advance...