-
by interaction with its application and, in turn, is key to progress in technology and science. In Göttingen's mathematical history, this is exemplified by Carl Friedrich Gauss, who was inspired by his
-
geoinformatics in addition to scientific computing. By using the tools of informatics in this subject, anyone can study or model objects, structures, regulatory networks, or processes (signals, materials and
-
Science and Engineering Forest Economics and Sustainable Land-Use Planning Forest Zoology and Forest Conservation Wood Biology and Wood Products Wood Technology and Wood-Based Composites Forest Nature
-
a tool to knock down protein expression. The contribution of physics to the life sciences is expanding beyond pure technology towards the development of new physical concepts and theories. Together
-
Analytics Software Engineering for Distributed Systems Telematics Theoretical Computer Science Optimal Transport Work on a scientific topic aims to enable the student to understand complex scientific work
-
courses No Course-specific, integrated English language courses No Pace of course Self-paced (Material is always available and students progress at their own speed) Phase(s) of attendance in Germany
-
by a training programme in computational physics, data analysis techniques, space technology, project management, scientific writing, and presentation and other skills. Space missions and ground-based
-
natural sciences (http://www.gauss.uni-goettingen.de ). The Faculty of Physics offers you a wide range of physical sub-fields such as the following: astrophysics biophysics geophysics materials physics
-
of human-environment research. The general theme associates process mapping and modelling, creation of material balances (water, air, sediment, carbon, nitrogen and pollutants), the reconstruction of past