Sort by
Refine Your Search
-
analyses, isotope-based approaches (CSIA), and molecular biology tools to investigate: • contaminant fluxes and bioavailable fractions in urban aquatic systems, • transformation processes and interactions
-
Translational Biophotonics Laboratory (A*STAR Skin Research Labs, Singapore), we are developing novel biosensing probes based on (specially designed) optofluidic fibers associated with plasmonic nanotechnologies
-
research, interacting with multidisciplinary teams. The successful candidate will be responsible for the entire experimental and scientific workflow, from sample collection to the dissemination of results
-
account the anisotropy of the PSF at very large angular scales and the nonlinear response of the detectors. - Design measurement robustness tests and quantify systematic errors. - Collaborate with members
-
experiments. A key research direction will be to explore new designs using flying-focus to improve LWFA-based X-ray sources. Although this is primarily an experimental position, we also encourage applications
-
, for example induced by tidal forces. To this end, it will be necessary to integrate polarimeters, using the Compton process, for each beam. The Accelerator Pole ILE group is involved in their design and plays a
-
analysis components and is part of a collaborative effort within the PEPR Cell-ID network. The successful candidate will be responsible for: ● Designing and implementing chromatin tracing experiments (Hi-M
-
for Nanoscience & Nanotechnology, has developed a strong expertise in harnessing light-matter interaction at the most fundamental level. We develop crucial resources for optical quantum technologies, including high
-
. The Laboratory of Molecular Innovation and Applications (LIMA, UMR 7042) is a joint research unit affiliated with CNRS, the University of Upper Alsace, and the University of Strasbourg, with sites in Mulhouse and
-
Shell Model with Continuum and its extensions to construct high-fidelity microscopic optical potentials, designed for use in few-body reaction formalisms, in particular Faddeev-type calculations targeting