X-ray Science Division Jobs (last updated 07/14/2014)
- Atomic, Molecular & Optical Physics (AMO) Group
- Structural Science (SRS) Group
- Spectroscopy (SPC) Group
- Microscopy (MIC) Group
|#321711||Atomic, Molecular, & Optical (AMO) Group, Physicist
Performs innovative fundamental research on laser and x-ray interactions with atoms, molecules, clusters, and nanoparticles in both gas-phase and condensed-phase environments. Develops experimental apparatus and measurement techniques using synchrotron radiation, free-electron lasers, and optical lasers. Develops innovative approaches to understand photon-interactions with complex systems and phenomena. Analyzes and interprets data and presents results in peer-reviewed literature and at scientific conferences. Works collaboratively within the Atomic, Molecular and Optical (AMO) Physics group and the X-ray Science Division to develop a research program consistent with the mission of the AMO Sciences: which emphasizes the development and application of new ultrafast x-ray and optical probes of matter, including experiments at the Linac Coherent Light Source and BES synchrotron light sources and theoretical and computational methods for the interpretation of ultrafast measurements.
|#321994||Structural Science (SRS) Group, Assistant Chemist
This Assistant Chemist position will design, develop and conduct research programs related to structural studies of materials using the X-ray scattering techniques powder diffraction and pair-distribution-function (PDF) analysis, and/or related methods such as anomalous scattering and single crystal Bragg and diffuse scattering. The role will perform collaborative research with internal and external research scientists, support user experiments, principally at 17-BM (powder diffraction), but also at other beamlines in the Structural Sciences group as needed, and initiate research activities in the areas of materials for energy generation, storage, conversion, and sustainability. This hire will also be expected to recruit new research groups to utilize the beamlines in the Structural Sciences group.
|#322125||Spectroscopy Group (SPC), Assistant Physicist - Term
The X-ray Science Division is seeking a beamline scientist to support the operation and upgrade of beamline 9-BM. The beamline is in the middle of an extensive upgrade program to enhance its capabilities for catalyst research using x-ray absorption spectroscopy. With support from ExxonMobil it will be upgraded to support quick-XAFS capabilities as an addition to its extensive facilities for in-situ catalyst experiments using XAFS. This upgrade will also enhance the popular low energy (E as low as 2.1 keV) capabilities already in place. In addition to supporting the upgrades and operations of the beamline, the candidate will have the opportunity to develop a research program utilizing the expanded capabilities. These include a well-equipped sample preparation lab, online characterization tools such as mass spectrometry and FTIR, and a full complement of operando sample cells with automated gas handling. Experience is required in x-ray spectroscopy techniques and instrumentation with an emphasis on in-operando catalyst research.
|#322427||Microscopy (MIC), Assistant Physicist
This position will be responsible for planning and implementing synchrotron radiation research in connection with X-ray fluorescence (XRF) microscopy. The role develops scientific applications and advanced instrumentation for x-ray fluorescence microscopy, including design, construction, and operation of associated synchrotron equipment. Responsible for reporting relevant results in an appropriate form. The individual hired must develop all or part of R&D program of interest to goals of the Division within 5 years.
|#322165||GMCA Structrual Biology Facility (MX), Postdoctoral Appointee - Protein Crystallography|
Advisor - Craig Ogata
Our X-Ray Sciences Division is looking for a Postdoctoral Appointee who will be responsible for developing an automated system for scanning macromolecular crystallization plates/microfluidic chips through exploring room temperature data collection and analysis. This work will cover a wide variety of areas for possible experimentation from instrumentation to crystallographic methods development. This includes sample delivery systems, developing, refining and applying existing mini-beam (5-, 10-, and 20-micron beams) tools, e.g. helical/vector data collection and diffraction rastering, sample visualization, exploring radiation damage with a fast large format detector (Pilatus3 6M), data handling and structure solution.