Faculty.Professor.Visiting Research Assistant - 26005977

The Department of Chemistry at the University of Pittsburgh invites applications for a full-time Visiting Research Assistant Professor to lead and conduct research on the chirality-induced spin selectivity (CISS) effect. The successful candidate will work closely with Professor Haitao Liu and his research group to investigate how molecular chirality governs spin-dependent electron transport and reactivity at surfaces and interfaces, with applications spanning spintronics, enantioselective electrochemistry and catalysis, and spin-controlled processes in molecular and biomolecular systems. Primary Responsibilities Design, execute, and interpret experiments probing spin-polarized charge transport through chiral molecules, self-assembled monolayers, and chiral thin films. Develop and apply surface- and interface-sensitive measurements relevant to CISS, which may include magnetoresistance and spin-dependent transport measurements, electrochemical methods (cyclic voltammetry, EIS, chronoamperometry), spin-polarized or magnetic-field-modulated electrochemistry, and characterization by AFM, XPS, QCM/QCM-D, ellipsometry, and related techniques. Prepare and characterize chiral molecular assemblies and substrates, including DNA-based and other biomolecular chiral systems where relevant. Author peer-reviewed publications and contribute to conference presentations and dissemination of results. Contribute to the preparation of grant proposals and reports to federal agencies and other sponsors. Mentor and train graduate and undergraduate researchers, and help maintain shared instrumentation and safe laboratory practices. Required Qualifications Ph.D. in Chemistry, Physics, Materials Science, or a closely related field. Demonstrated research experience relevant to CISS, spin-dependent phenomena, electrochemistry, surface science, or molecular electronics, evidenced by a strong publication record. Hands-on expertise with one or more relevant experimental platforms (e.g., electrochemistry, surface characterization, magnetotransport, or spin-sensitive measurements). Ability to work independently, design rigorous experiments, and communicate results effectively in writing and in presentations. Preferred Qualifications Direct experience measuring or modeling the CISS effect or spin-polarized transport in molecular and solid state systems. Familiarity with chiral self-assembled monolayers, DNA nanostructures, or chiral inorganic/hybrid materials. Experience with instrument View the full job description on the employer's website. Equal employment opportunity, including veterans and individuals with disabilities. PI287315612 / 19-2011.00 Physicists