Job Description

Location

Hunter 412

Open Date

Nov 14, 2025

Description

The successful candidate will participate in cutting-edge research on quantum materials, focusing on understanding and controlling emergent quantum phenomena through synthesis, characterization, and modeling. Perform research in the synthesis, characterization, and theoretical understanding of quantum materials. Conduct measurements of physical properties, including magnetization, electrical and thermal transport, heat capacity, magneto-optic responses, and Hall effects (quantum and topological). Carry out optical spectroscopy and coherence measurements (e.g., steady-state and time-resolved luminescence) on qubit and correlated systems. Assist in the development of a semi-quantitative model linking the density of energy states and quantum phase transitions. Contribute to the synthesis and crystal growth of quantum materials using arc-melting, flux, and Bridgman techniques. Assist in preparing and maintaining laboratory instruments and experimental setups. Prepare manuscripts for publication and assist in revising papers written by graduate students. Support preliminary data collection, analysis, and figure preparation for manuscripts and grant proposals. Participate in collaborative research projects and the development of synchrotron X-ray and neutron proposals for beamtime. Mentor and train graduate and undergraduate students, fostering a collaborative and inclusive research environment.

About the PI Lab, Department, & Clemson:

For more information about the Tran Dominy lab, please visit https://scienceweb.clemson.edu/tranlab/.



For more information about the department, please visit the website https://www.clemson.edu/science/academics/departments/chemistry/.



For more information about Clemson, please visit the website http://www.clemson.edu/.

Qualifications

Ph.D. in Chemistry, Physics, Materials Science, or a related field. Strong background in physical property measurements of quantum materials. Experience with measurements such as magnetization, electrical and thermal transport, heat capacity, and magneto-optic properties. Proficiency in DFT-based electronic structure methods (e.g., Wien2k, Quantum Espresso, LOBSTER). Proficiency in Python for data analysis, automation, or modeling. Excellent written and oral communication skills. Demonstrated ability and enthusiasm for mentoring students and collaborating with diverse research teams. Experience with luminescence and coherence measurements in quantum or spin systems. Familiarity with proposal preparation for large-scale facilities (synchrotron, neutron, high magnetic field).

Application Instructions

Review of applications will begin immediately; however, the position will remain open until filled.



Applicants should submit the following items via Interfolio at:



https://apply.interfolio.com/177730



(1) CV



(2) Cover Letter



(3) Contact information for three references



For more information, please contact Thao Tran Dominy thao@clemson.edu

Equal Employment Opportunity Statement

Clemson University is an EEO/AA employer. Employment decisions are made without regard to characteristics protected by applicable law including disability and protected veteran status.