Sort by
Refine Your Search
-
materials by applying and developing advanced computational and theoretical approaches. The postdoc will work within a collaborated team of experimental and computational experts from KU and UNL. Job
-
with the level of experience. Expertise in designing and executing complex laboratory experiments related to chemical biology as evidenced by application materials. Excellent written communication skills
-
% Research Conduct and oversee laboratory and/or computational research. Assist in mentoring and supervision of graduate and undergraduate students with their research. Analyze data associated with conducted
-
record of research and/or experience in fluid dynamics and turbulence, particularly wall-bounded turbulent flows, as demonstrated by application materials. Demonstrated experience in computational fluid
-
computational fluid dynamics (DNS, LES, or RANS) and/or high-performance computing (MPI, GPU, or parallel solvers), as demonstrated by application materials. Evidence of peer-reviewed publications in fluid
-
. Crossfield's ExoLab research program: in particular, with a focus on the measurement of eta-Earth (the occurrence rate of rocky planets in or near their stars' habitable zones). Of particular interest are those
-
annually for three subsequent years subject to review. GENERAL DUTIES: Research in nuclear physics. The successful candidate will contribute to several aspects of the group's research program including
-
will contribute in several aspects of Prof. Crossfield’s ExoLab research program: in particular, with a focus on the measurement of eta-Earth (the occurrence rate of rocky planets in or near their stars
-
of the application – the KU IRACDA program directors will have these individuals review candidate application materials. Only complete applications will be considered. Application review begins Monday September 8
-
. The successful candidate will support a broader research initiative focused on computational chemistry for sustainable energy solutions, including the development and application of Drude polarizable force fields