Job Announcement Text: SRON's mission is to bring about breakthroughs in international space research. Therefore the institute develops pioneering technology and advanced space instruments, and uses them to pursue fundamental astrophysical research, Earth science and exoplanetary research. As national expertise institute, SRON gives counsel to the Dutch government and coordinates national contributions to international space missions. SRON stimulates the implementation of space science in our society. The Astrophysics Program of SRON concentrates on the evolution of galaxies, star formation over cosmic time, and black holes. An important ingredient is connecting this science with the space instruments SRON builds and collaborating with the worldwide user community. Our Astrophysics Program has a vacancy in its laboratory in Utrecht for a tenure track position for a Scientist with experience in modelling of hot plasmas (f/m) Vacancy number 'SRON 1591'
Research: The study of hot plasmas in the X-ray band improved significantly since the launch of the satellites XMM-Newton and Chandra. Even more exciting times are ahead of us with XRISM (to be launched early 2022) and Athena (to be launched in 2031). Correct analysis of the data does not only depend on the instrument performance and its calibration but also on the correct modelling of these plasmas. This modelling is based on databases containing thousands to millions of transitions (e.g. SPEX, AtomDB) but the accuracy of these databases is often the limiting factor for the correct interpretation of high-resolution X-ray spectra. SRON has a long track record in this field (the SPEX code was developed at SRON) and plans to continue this into the next decade. Therefore, SRON seeks a scientist for a tenure track position who is able to lead our contributions in this field. In addition to this contribution to the modelling, the scientist will also participate in front line research in this field, preferably with an emphasis on extragalactic astrophysics but good candidates in other fields are also encouraged to apply.
Expertise: (1) demonstrated capability to produce model spectra of hot plasmas using detailed atomic data and to perform calculations of these atomic data; (2) demonstrated track record in the field of observational astrophysics using high-energy satellites and high-resolution X-ray spectral data, including successful observation proposals led as PI.
Employment conditions: This is a fulltime tenure track position with an initial employment period of four years. Together with the candidate we will set up a SMART assessment procedure with clear criteria and milestones. Upon successfully passing the evaluation after three years the candidate will be offered a permanent position. The start date of this position can be determined in mutual agreement. SRON is committed to an inclusive and flexible workplace. We encourage applications from qualified applicants of all sexual orientations and gender expressions, members of visible minorities, persons with disabilities, and potential dual-academic-career hires.
Information and application: More information about SRON can be found at www.sron.nl. For further information about the position, please contact prof. dr. Jan-Willem den Herder of the Astrophysics Program at +31-88 777 5894. If you wish to apply you can send a motivation letter, a concise research plan of 2-4 pages, your CV (about 2 pages) and the names and addresses of three references (incl. contact details) via email to email@example.com. Please state the vacancy number "SRON 1591" in the subject of your mail. Applications will be accepted until 1 March 2020.
Job Announcement Text: Applications are invited for a 2-year postdoctoral position in theoretical stellar astrophysics at IRAP / OMP, Toulouse in France. The postdoctoral researcher will join the PS2E group working on stellar physics and exoplanets at IRAP and will work especially with Laurène Jouve and François Lignières within the ANR project BEAMING, led by Sébastien Deheuvels. The BEAMING project aims at understanding the transport of angular momentum in subgiants and red giant stars. The successful postdoctoral candidate will use high-performance numerical simulations to investigate the potential role of magnetic fields in this transport. Access to local and national supercomputers will be provided. We are seeking highly motivated young researchers with a PhD in astronomy, astrophysics, or a closely related field. Prior experience in the modelling of astrophysical flows or/and high-performance numerical simulations will be much appreciated. The starting date can be anytime between June, 1st 2020 and late fall 2020. Salary will depend on qualification and experience. The position comes with full benefits together with a generous travel budget. Located in Toulouse, in south-west France, IRAP / OMP provides a thrilling and productive research environment, with more than 250 persons (mostly scientists, engineers, postdocs, students) working in most domains of astrophysics, from cosmology to planetology and astrochemistry, and from theoretical research to instrumentation.
Information and application: Applicants should send their complete CV with a full publication list, along with a brief statement of research project to Laurene.Jouve@irap.omp.eu by March 29th, 2020. Applicants should also arrange for three letters of reference to be sent to the above address by the same deadline.
Job Announcement Text: The Smithsonian Astrophysical Observatory (SAO), part of the Center for Astrophysics | Harvard & Smithsonian (CfA) invites applications for a postdoctoral research fellow position to work with Dr. Akos Bogdan and Dr. Ralph Kraft within the High Energy Astrophysics Division. The successful candidate will carry out independent research and perform analysis and interpretation of new and archival X-ray observations of clusters of galaxies and Active Galactic Nuclei (AGN). Candidates should have experience with the analysis of X-ray data or strong scientific interest working in this area. Candidates with experience in optical and radio wavelengths are also encouraged to apply. The successful candidate will join an active research group with experts in the field of AGN and galaxy clusters, including specialists on black hole feedback, galaxy evolution, and the cycle of baryons in the circumgalactic and intracluster medium. The successful candidate will have access to Chandra Guaranteed Time Observations.
Information and application: This position will be for a two-year initial term, with extension for a third year dependent upon performance and the availability of funds. The application review process will begin on March 9, 2020, and will continue until the position is filled. Applicants should direct questions relating to the application procedures to Mary Hebert, Human Resources, at firstname.lastname@example.org, questions relating to the research of the position should be directed to Dr. Akos Bogdan at email@example.com
Job Announcement Text: The Cosmic Magnetic Field branch of AIP is seeking up to three PhD students (f/m/d) in astronomy and astrophysics with specific topics in cosmic and stellar magnetic fields, solar and stellar physics and activity, star-planet interactions, high-resolution spectroscopy, spectropolarimetry, and robotic telescopes. The students will work in Potsdam-Babelsberg under the guidance and supervision of AIP staff in close relation with the University of Potsdam, and will be supported by a wide group of AIP researchers and other PhD students. The research projects available include the use of the Large Binocular Telescope, the largest optical/IR telescope in the world, or the use of supercomputers just to name two directions. The specific PhD topics are wrapped around the joint theme of cosmic magnetic fields and can be adapted to the preferences and skills of the successful applicant in consultation with AIP supervisors. The positions are for 4 years at a salary of 50% TV-L E13 and include employer contributions to medical insurance, parental leave, and retirement benefits.
Information and application: Applications received before April 1, 2020 will receive full consideration, but later ones may be considered until the positions are filled. Further information is available here.
Job Announcement Text: Applications are invited for one PhD position in extragalactic astrophysics at the Laboratoire d'Astrophysique de Marseille in France, to start Fall 2020 or earlier. Successful applicants will work with Alexandre Beelen and Veronique Buat on exploiting the rich dataset of the NOEMA Large Program z-GAL, whose primary goal is a comprehensive redshift survey of a sample of 200 of the brightest SubMillimeter Galaxies from the main Herschel surveys. The successful PhD candidate will be fully part of the z-GAL collaboration project, and will work in close collaboration with all its members. Within this project, the specific thesis objectives are (i) to study of the dust continuum properties of the z-GAL sources and their evolution with redshift, which is a crucial information for galaxy evolution models and (ii) to derive the properties of the interstellar medium, from which stars are formed, in high redshift starburst galaxies with mean stacked spectra of the z-GAL sample by identifying faint emission lines from the molecular and atomic gas. Both, dust continuum and emission lines, are key tracers of star formation activities and will help us understanding the physical conditions of star formation in these objects. The PhD student will also participate to the follow-up observations of the z-GAL program, in particular at radio wavelength, and the high-angular resolution follow-up of the most interesting sources. She/he will also contribute to the production of z-GAL sources catalogue including physical properties. Using already existing tools, she/he will perform source detection in data-cubes, and/or develop new optimal methods to robustly extract their spectra, later used to extract physical properties as dust masses and star formation rate/history.
Information and application: Interested candidates need submit a CV, cover letter, marks and ranking for the master and 2 letters of recommendation. Deadline for applications is April 1st, 2020. Attention To: Dr. Alexandre Beelen (firstname.lastname@example.org)
Job Announcement Text: The Nicolaus Copernicus Astronomical Center, a leading institute of the GeoPlanet Doctoral School, invites applications for PhD positions in astrophysics. A wide range of topics is offered including stellar and relativistic astrophysics, astrophysics of compact stars, eclipsing binaries, novae, globular clusters, pulsating stars, gravitational waves, dark matter, astroparticle physics, planetary science and more. Description of all topics and contacts to prospective supervisors are given in the official announcement. Applicants should contact their potential supervisors to obtain more details on the proposed research topics. PhD students in the doctoral school receive a scholarship paid either by the institute, or from the research grant. See the description of research topics on the announcement page for details.
Information and application: Application documents include: application form, copy of Master/university diploma, transcript of grades, CV, motivation letter, English language certificates and at least one recommendation letter. Attention To: Radoslaw Smolec ( email@example.com). For details about application and selection procedure see the official announcement text.