back
Micro- and nanostructured hard magnetic materials and components for microtechnical applications "MiNaMag"
Permanent magnets are used in a variety of ways and increasingly in technical products, above all for data storage, in energy technology, in sensor technology, and for transport and separation processes. This large market is
Contact
Research Group
Prof. Baller's research group focuses on the integration of microstructured components, especially microfluidic components, into applicable equipment and instruments.
Furthermore Prof. Baller is focussing on the development of software for the automated evaluation of large data sets and process optimization. Current proj
Micro- and nanostructured hard magnetic materials and components for microtechnological applications
Permanent magnets are used more and more in microtechnical products, especially for data storage, in energy and sensor technology as well as for transport and separating processes (e.g. in microfluidics). This large market is mostly served by rare
Micro- and nanostructured hard magnetic materials and components for microtechnological applications
Permanent magnets are used more and more in microtechnical products, especially for data storage, in energy and sensor technology as well as for transport and separating processes (e.g. in microfluidics). This large market is mostly served by r
The Research Group
The research group, headed by Prof. Dr.-Ing Achim Trautmann, is involved in the development and adaptation of micro/nanotechnological processes for the manufacture of components and systems at chip and wafer level. The focus is on implementation in applicable processes.
The activities focus particularly on cleanroom processes,
Biography:
Since 10.2016 Joint project leader of BMBF- & EFRE-research projects HSKL 2013 - 2016 Head of Department & Studienkolleg, Department Learning Environment & Further Education, since 2014 additionally International Studienkolleg RLP; HS K'lautern 2013 Res
Research and technologies:
Dr. Michael Lakatos has been leading interdisciplinary and international research projects for 20 years, with economic proximity to the implementation of new bionic or ecological approaches. His research focuses on microalgae, phototrophic microbes, physiological ecology, emers growth, drought stress, biochemistry and
Topic specific publications
1 Lakatos M. & Strieht D. (2017) Terrestrial Microalgae - Novel Concepts For Biotechnology And Applications , In: Canovas FM., Lüttge U. & Matyssek R. (Hrsg.) Progress in Botany, Springer, Vol. 79: 269-312
2 Strieth D., Schwing J., Kuhn S., Lakatos M., Muffler K. & Ulber R. (2017
