Sort by
Refine Your Search
-
Listed
-
Employer
-
Field
-
Research Infrastructure? No Offer Description The Department of Physics is seeking to recruit a Postdoctoral Researcher in theoretical nuclear structure physics, with emphasis on nuclear density functional
-
, nuclear structure, neutrino physics, and fundamental interactions. The nuclear astrophysics part of the research is related to the newly established Centre of Excellence in Neutron-Star Physics (https
-
in Neutron-Star Physics (https://neutronstars.fi ), funded by the Research Council of Finland. The CoE status provides us long-term funding, strong connections to related Finnish and international
-
algorithms Predicting structured output Self-supervised learning Computational metabolomics Computational biomedicine Computational drug discovery Excellent technical and communications skills are required
-
Centre of Excellence in Neutron-Star Physics (https://neutronstars.fi ), funded by the Research Council of Finland. The CoE status provides us long-term funding, strong connections to related Finnish and
-
of Excellence in Neutron-Star Physics (https://neutronstars.fi ), funded by the Research Council of Finland. The CoE status provides us long-term funding, strong connections to related Finnish and international
-
mathematical physics, including their formalization. This position is associated with Kalle Kytölä’s research group, part of the Finnish Centre of Excellence in Randomness and Structures (FiRST). The starting
-
structure search techniques to identify the atomistic arrangements and electronic contact at the interface. This information will be used to build multi-scale models of the entire semiconductor device. In
-
this department, the Electrochemical Materials and Applications (EMA) research group (https://www.aalto.fi/en/department-of-chemistry-and-materials-science/electrochemical-materials-and-applications ), led by Prof
-
that impaired acetylation of RG-I leads to a loss of epidermal cell adhesion (see preprint here ). This project aims to achieve a genetic and molecular-level understanding of the impact of RG-I structure and