Postdoctoral Research, Multimessenger Astrophysics

About the role

External Applicants: Please ensure all required documents are ready to upload before beginning your application, including your resume, cover letter, and any additional materials specified in the job description. Cover Letter and Supporting Documents: Navigate to the "My Experience" application page. Locate the "Resume/CV" document upload section at the bottom of the page. Use the "Select Files" button to upload your cover letter, resume, and any other required supporting documents. You can select multiple files. Important Note: The "My Experience" page is the only opportunity to attach your cover letter, resume, and supporting documents. You will not be able to modify your application or add attachments after submission. Current Employees: Apply from your existing Workday account in the Jobs Hub. Do not apply from this website. A cover letter is required for all positions; optional for facilities, campus services, and hospitality roles unless otherwise specified. Job Description Summary The Wake Forest Department of Physics invites applications for a postdoctoral research position in multimessenger astrophysics. The successful applicant will work with Professor Caitlin Witt on projects related to pulsar timing arrays and electromagnetic searches for supermassive black hole binaries. The postdoctoral scholar will have the opportunity to work on developing new methods to detect gravitational waves with pulsar timing data, play a substantial role in searching upcoming cutting-edge pulsar timing array datasets for gravitational wave signals, and develop methods for analysis of optical time-domain surveys. The scholar will also have the opportunity to mentor students in the group. Expertise with gravitational wave or electromagnetic survey data analysis in any frequency band is desired but not required. Candidates are required to have a Ph.D. in Physics or Astronomy/Astrophysics or a related field before the date of hire, expected in fall 2026. The position is for two years, with a third-year extension possible depending on performance and available funding. Applications received before January 15, 2026, will receive full consideration, and review of applications will continue until the position is filled. Application Instructions: To apply, please submit: 1. A cover letter 2. Curriculum vitae (CV) 3. 2-3-page research statement 4. The applicant should also arrange for 3 letters of recommendation to be sent directly to Dr. Caitlin Witt at wittc@wfu.edu Job Description Essential Functions: Will work with the Professor on projects related to pulsar timing arrays and electromagnetic searches for supermassive black hole binaries. The postdoctoral scholar will have the opportunity to work on developing new methods to detect gravitational waves with pulsar timing data and play a substantial role in searching upcoming cutting-edge pulsar timing array datasets for gravitational wave signals and develop methods for analysis of optical time-domain surveys. The scholar will also have an opportunity to mentor students in the group. Required Education, Knowledge, Skills, Abilities: Ph.D. in Physics, Astronomy/Astrophysics or a related field Strong background in astronomical data analysis Proficiency with Bayesian Statistics Strong publication record in relevant venues Strong communication and collaboration skills Preferred Education, Knowledge, Skills, Abilities: Experience in multimessenger astronomy, nanohertz gravitational wave analysis with pulsar timing arrays, or supermassive black hole binary searches in electromagnetic surveys. Interest in interdisciplinary research and real-world impact Accountabilities: Responsible for own work. Physical Requirements: Sedentary work primarily involves sitting/standing, communicating with others to exchange information; repeating motions that may include the wrists, hands, and/or fingers: and assessing the accuracy, neatness, and thoroughness of the work assigned. Environmental Conditions: No environmental conditions. Wake Forest University Founded in 1834, Wake Forest University is a private, coeducational institution dedicated to academic excellence in liberal arts, graduate, and professional education. With over 5,400 undergraduates and 3,500 graduate and professional students, the student-faculty ratio is 11:1. Wake Forest is a collegiate university offering a vibrant, intellectual community with a rich cultural life, an impressive array of facilities, and a strong athletics program competing in the Atlantic Coast Conference (ACC). Since its founding, the University has adopted the motto Pro Humanitate , which is exemplified by a deep institutional commitment to public service and engagement with the world. Wake Forest University is in Winston-Salem, a beautiful, mid-sized city centrally located in the Piedmont-Triad region of North Carolina. A family-friendly city with high-quality schools, a wide selection of restaurants and shops, outdoor recreational activ

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