Sort by
Refine Your Search
-
Listed
-
Field
-
the ionization process and the resulting correlations. Confront the measurements with the ab initio and analytical strong-field theory developed by the UCL partner group, closing the loop between experiment and
-
, chemistry, or a closely related discipline. Demonstrated hands-on expertise in the development and deployment of advanced, non-intrusive optical/laser diagnostics in reacting flows (DHI/Interferometry and LAI
-
, polysaccharides, membranes, cells, polymers, catalysts, or other complex samples; NMR spectral processing, assignment, simulation, or method development; Solution-state NMR combined with an interest in learning
-
conditions and gas-phase chemistry to CNT morphology, structure, purity, yield, and bulk-material performance. Work with collaborators developing CNT fibers and wires to identify the synthesis characteristics
-
for strategies to understand and treat bacterial infections, with intensely translational efforts focused on discovering and developing new antibacterial agents. We are advancing antibacterial compounds already
-
an opportunity to develop new targeted delivery technologies with a clear path toward preclinical and clinical translation. Required Qualifications: PhD in pharmaceutical sciences, chemistry, chemical engineering