-
looking for new PhD students to join our research team to develop the understanding of fusion plasmas under reactor conditions - a critical part in the design and exploitation of the next step fusion
-
chemistry. This PhD project aims to develop an advanced terahertz multi-pixel heterodyne receiver using SIS and HEB technologies. The focus is on integrating broadband capabilities within the receiver design
-
returns. The PhD student will be part of the Urban Freight Platform funded by the Volvo Research and Educational Foundations which offers many collaboration and networking opportunities with top researchers
-
improving atmospheric monitoring for understanding star formation and atmospheric chemistry. This PhD project aims to develop an advanced terahertz multi-pixel heterodyne receiver using SIS and HEB
-
an opportunity to delve into the area of geometric deep learning within the broader landscape of machine learning and 3D computer vision. As a candidate, you'll have the chance to develop theoretical concepts and
-
of machine learning and 3D computer vision. As a candidate, you'll have the chance to develop theoretical concepts and innovative methodologies while contributing to real-world imaging applications. Moreover
-
approximately 270 employees from more than 30 countries is widely recognized for excellent research and education. Our department is located in Sweden's second largest city Gothenburg - the world's most
-
of Computer Science and Engineering at Chalmers and University of Gothenburg in Sweden with approximately 270 employees from more than 30 countries is widely recognized for excellent research and education. Our
-
project focused on secure data sharing and privacy-preserving mechanisms, where you'll have the opportunity to contribute with research in cyber security. You'll develop advanced programming tools, conduct
-
such that you will reach these goals successfully. The position may also include some level of teaching as well as taking part in the supervision of bachelor or master thesis students. You will be embedded in a