This is an opening for a network administrator in the operations division of the Chandra X-ray Center to work on the Chandra operations network. The network supports Chandra real-time operations and satellite communication as well as monitors and protects the systems in a 24/7 environment. The successful candidate will provide network administration for a switched network supporting a mix of Windows and Linux computers, including the development and installation of systems and tools to improve network performance and enhance the network environment.
The purpose of the position is to conduct a specified program of scientific research and scholarship in the area of observational constraints to AGN / host galaxy interaction and feedback in disk galaxies, using high resolution Chandra observations together with Hubble and multi-wavelength ground based data as appropriate. The aim of the analysis is to understand the interaction of the AGN with the host galaxy cold ISM, to set observational constraints on physical processes, and energy and momentum transfer. The results of the data analysis will be compared with state of the art simulations and theoretical predictions in the literature.
This is the position of Astrophysicist in the High Energy Astrophysics Division of the Smithsonian Astrophysical Observatory. The employee will undertake a significant technical role in the Chandra X-ray Center (CXC) working with CXC staff and NASA to maximize the scientific return of the ACIS instrument on the Chandra X-ray Observatory. The work will include generation of commands to the ACIS instrument, review and verification of spacecraft command loads to ensure the proper ACIS configuration, monitoring of the space radiation environment and safing the ACIS instrument when appropriate, monitoring the health and safety of the ACIS instrument, and the analysis and interpretation of flight data to ensure the quality of the scientific data. The position is charged with technical and scientific responsibility for formulating and conducting developmental research in the area of X-ray Astronomy and High Energy Astrophysics. The work may include the planning and designing of necessary experiments, the analysis and interpretation of experimental data, the proposing, planning, and designing of observing programs, the analysis and interpretation of observations, and the publication of significant results.
The Chandra X-ray Center (CXC) solicits candidates through the CXC Predoctoral Fellowship Program for research in specified areas of high energy astrophysics. The program provides opportunities for PhD students to carry out thesis research work with scientific staff members of the CXC, for a period of two to three years. CXC Predoctoral Fellowships are open to students enrolled in a PhD program in astronomy, astrophysics, or related fields. Successful applicants carry out work on their doctoral thesis under the research co-supervision of a CXC staff member, in coordination with formal supervision from their home institution. The CXC co-supervisor coordinates closely with the student's formal supervisor to arrive at a research plan that will lead to a PhD thesis.
The Chandra X-ray Center welcomes visits to the CXC for the purpose of collaboration on specific research projects with CXC scientific staff. Limited funding to support short-term (nominally 2-5 day) visits is available through the CXC Research Visitor Program (RVP). Interested members of the Chandra Users Community are invited to contact a potential CXC collaborator who can initiate a request for such support. Proposals for RVP support are solicited internally twice per year.