Postdoctoral Researcher, Physics at Wake Forest University in Winston Salem, NC

Job description

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 Department of Physics at Wake Forest University invites applications for a postdoctoral research position in quantum matter. The successful applicant will work in Emilie Huffman's group (https://huffman.sites.wfu.edu/) on projects related to classical and quantum-computational simulations of quantum many-body physics systems. The scholar will also have the opportunity to mentor students in the group. We especially encourage applicants with expertise in one or more of the following areas, spanning both numerical and analytical approaches: -Quantum monte carlo -Exact diagonalization -Tensor networks -Machine learning for many-body physics techniques -Renormalization group and perturbative expansion techniques (epsilon expansion, large-N expansion, etc.) -Conformal bootstrap Candidates must hold a Ph.D. in Physics or a related field by the start date (anticipated Fall 2027). The position is for two years, with a third-year extension available depending on performance and funding availability. Applications received before January 15, 2027, will receive full consideration, and review of applications will continue until the position is filled. Interested candidates are asked to please provide a curriculum vitae, three confidential letters of recommendation, and a short statement (not exceeding three pages) describing past research efforts and future research goals. Candidates should direct letter writers to email their letters to ehuffman@wfu.edu. Job Description Essential Functions: Will work with the Professor on projects related to classical and quantum-computational simulations of quantum many-body physics systems. The scholar will also have an opportunity to mentor students in the group. Required Education, Knowledge, Skills, Abilities: Ph.D. in Physics or a related field Strong background strongly correlated many-body systems Strong publication record in relevant venues Strong communication and collaboration skills Preferred Education, Knowledge, Skills, Abilities: We prefer a candidate with a background in Condensed Matter, Quantum Information, or High Energy Physics, with expertise in one or more of the following areas, spanning both numerical and analytical approaches: Quantum monte carlo-Exact diagonalization Tensor networks Renormalization group and perturbative expansion techniques (epsilon expansion, large-N expansion, etc.) Conformal bootstrap Machine learning for many-body physics techniques 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. This position is not eligible for sponsorship of non-immigrant or immigrant visa status through Wake Forest University. All eligible applicants are encouraged to apply. Wake For