The position is a leadership role with overall responsibility for leading and developing the subject including research, postgraduate education as well as education at undergraduate and graduate level. In addition, the assignment is to further develop
Develop, lead and participate in teaching at first, second and third cycle level; Primarily teach in the areas of food science, microbiology, and biotechnology, as well as contribute to other teaching activities at first, second and third cycle level
Screen novel fermented foods and valorised waste streams generated by the collaborating Research Performing Organisations (RPOs) and industry partners through solid-state fermentation. Use ex vivo models of the human distal colon to evaluate the effects
The candidate will be responsible for defining the scientific and technological roadmap of the In Silico Unit, selecting the main lines of research, participating in and leading national and international R&D projects, coordinating multidisciplinary teams
We are particularly interested in candidates who have experience in immunology and have previously worked on cellular and molecular networks underlying tissue health and disease. Our goal is to conduct impactful interdisciplinary research interfacing
You will coordinate the delivery of the DestinE Data Lake User Engagement Service and its team. The role focuses on helping users understand and exploit these capabilities. You will work across Earth Observation, scientific applications data services and
You will play a key role in ECMWF’s contributions to the CoFLAME and EUFOR-G3W Horizon Europe EU projects, ensuring that scientific advances from these projects feed into ECMWF’s wider modelling activities and CAMS capabilities, including the CO2
In particular, you will develop a new research team to advance large scale photonic-electronic integration. The key focus of the research will be the integration of III-V active devices (lasers, modulators, detectors etc.), together with active and
Develop lanthanide-catalyzed transformations. They will synthesize ligands and their metal complexes, perform chemical and spectroscopic characterization of the complexes, and evaluate their photophysical and photochemical behavior. They
Define the department research strategy in collaboration with the group leaders, scientists and the general management of LIH in order to guarantee scientific excellence of the research work performed in the department by providing scientific advice and
The ideal candidate will bring expertise in Polar regions, with research and teaching interests in one or more of: terrestrial and freshwater environments, landscapes and biota, their responses to, and interactions with, other components of the Earth
You will play an active and responsible role in the further development of the MaterialDigital platform as a national and European resource, documenting relevant use cases and designing exchange formats and governance guidelines to facilitate structured
Develop and maintain national and international networks with academia, the relevant public authorities, industry, organisations and society at large; Collaborate with other SLU research teams to strengthen interdisciplinary activities at the university;
Your work will include designing and building robust optical circuits incorporating new types of elements. These include gain media, active positioning elements such as piezos and stepper motors, cavities, spectroscopy cells, photonic integrated circuits,
The successful candidate will contribute to a broad range of experimental investigations, modelling, and data analysis. This includes operando atomic-scale imaging and local probe spectroscopy of heterogeneous catalysts in action. The overarching goal is
The aim of the project is to elucidate molecular intra- and extracellular mechanisms of signaling modulating myeloid cells' immune responses. The project is supported by Innosuisse and has a translational goal aiming to pave a path to clinical
Candidates are expected to contribute to building the link between research, innovation, and society, and to engage and strengthen the collaboration across departments and across Aarhus University with respect to interdisciplinary innovation efforts.
You will guide the design and development of physics-based, AI-based and hybrid ensemble systems, determine how different approaches can best contribute to reliable probabilistic forecasts, and help ensure that scientific advances are translated into
Coordinate the scientific and operational implementation, future development and national scale-up of the Genome of Switzerland programme; Support the PI/Academic Director(s) in defining scientific priorities and programme strategy...
Provide expert knowledge and input into research and operational activities involving antimicrobials and AMR; Develop expert rules for prediction of antimicrobial phenotype from genotypic information; Curate catalogues of antimicrobial resistance loci,
Conduct high-level research, development and creative activities in the field of plant developmental biology; Plan and carry out research projects, apply for research funding, analyse and publish research results in international peer-reviewed journals,
You will investigate the mechanisms of how pathogen effectors bind to their host targets to promote disease. You will implement a pipeline for identification of host proteins targeted by effectors from Magnaporthe oryzae, the causal agent of the
Developing and leading research projects on haematopoietic stem cell biology, self-renewal and lymphoid differentiation; Coordinating and performing advanced experimental studies using state-of-the-art molecular and cellular technologies, including
You conduct research in experimental physics within a CERN research group of your choice; You contribute to CERN’s experimental physics programme using its large-scale scientific instruments; You collaborate with physicists and engineers on studies of
The project combines large-scale population genomics, graph-based pangenomics, structural variant discovery, genome-wide association studies, and evolutionary genomics using state-of-the-art long-read sequencing and computational genomic approaches. The
The successful applicant will be expected to independently develop ultrafast spectroscopic techniques to study photosynthetic systems, to work well in a highly dynamic, interdisciplinary and collaborative environments; embracing new scientific challenges;
This postdoctoral position focuses on comparative work in rodents to understand the evolution and neural mechanisms of harm-aversion. The project asks whether mice use neural and computational mechanisms comparable to humans when avoiding harm to others,
You and your research group will conduct innovative research in a new specialised field, strengthening current research in hybrid quantum systems. As part of this, you will develop an internationally visible research programme that will raise the profile