Sort by
Refine Your Search
-
Listed
-
Employer
-
Field
-
curious and motivated postdoc with a PhD in biomedical engineering, physics, materials science, organic chemistry—or similar—and a drive to explore new frontiers in science. 👉 Learn more and apply here
-
of Microtechnology and Nanoscience . Become part of our innovative group and contribute to exciting research within a collaborative and dynamic environment. About the research project Future communication and defense
-
-Energy and Plasma Physics at the Department of Physics. Join our innovative team and contribute to exciting research in theoretical fusion plasma physics in a collaborative and dynamic environment. About
-
and power electronics. At the Faculty of Engineering (LTH) of Lund University, COMPEL is a strategic initiative aimed at enhancing research environments in battery technology and electrification
-
scientific research publications. Your profile Required qualifications PhD in Chemistry, Chemical Engineering, Physics, Catalysis, Materials Science or equivalent (awarded no more than three years prior
-
collaborative research environment where advanced characterization techniques are combined with high pressure experiments. Research environment The position is placed jointly at the Division of Chemical
-
aimed at enhancing research environments in battery technology and electrification to complement relevant research at other institutions, building on our strengths. COMPEL at Lund University initially
-
the construction logistics unit at the division of Communication and Transport Systems (KTS). The postdoc will focus on projects related to circularity of construction materials (including both soil and rock
-
part of a group investigating electronic structure and ultrafast transient states in quantum materials such as topological materials and superconductors. A primary tool is our newly commissioned time and
-
will join a multidisciplinary research program that combines experimental models, patient-derived materials, and advanced technologies to explore the mechanisms that preserve auditory system homeostasis