Millimeter wave based graphene enabling wireless communication
Can graphene compete with commonly used electrically conductive materials such as copper, gold, aluminum and silver on substrates such as circuit boards? The idea is to try to increase the tolerance compared to today’s circuit boards and obtain high tolerance and low cost. For example, alumina thin film has good tolerances, but is very expensive to manufacture.
If the project is successful, it will have a major impact on the entire industry that uses higher frequencies above 20 GHz. Millimeter wave circuits, the automotive industry, 5G and future technologies such as 6G will be strongly affected if this technology can be implemented. The project is a collaboration between SafeRadar Research Sweden, Chalmers Industriteknik, Halmstad University and Raytelligence. It includes literature studies as well as design and measurement of test circuits.
Establishment of a new fuel cell laboratory
With the support of the EU’s restart and reform project REACT-EU, VGR, Chalmers has been given the opportunity to establish a new laboratory for research and testing of futur…
Report about Future development in battery technology / electrification for Defense applications
The purpose of the report is to give an overview of the battery and fuel cell research area and what kind of expertise exists at the different Universities in Sweden. With specific…