Quantum Chemistry & Spectroscopy
Ryan Steele Research Group tackles problems at the interface of electronic structure and molecular motion. This interface can be direct, such as the development of new methods for ab initio molecular dynamics. In can also involve the "inverse" problem wherein electronic properties are inferred from signatures of molecular motion, such as vibrational spectroscopy. These new methods are applied to answer fundamental questions in the area of ion/radical solvation and catalysis.
Our group is housed in the Henry Eyring Center for Theoretical Chemistry and is supported by the Center for High-Performance Computing at The University of Utah.
Opportunities
Ryan Steele Research Group is seeking: a post-doctoral researcher to investigate the origin of vibrational couplings and the development of new spectroscopy simulation methods. This NSF- and DOE-funded position will also investigate spectroscopic signatures of catalytic transformations and ion/radical/metal hydration. A PhD in Theoretical Chemistry, Physics, or a related field is required. Experience with quantum chemistry, dynamics, and/or spectroscopy is preferred. The initial appointment is for one year, with the possibility of renewal.
AND/OR a post-doctoral researcher to investigate new many-body methods and their application in the development of artificial intelligence (AI)/machine-learning (ML) for quantum potential energy surfaces. This University of Utah-funded position will investigate the application of these new techniques in the context of potential energy surfaces for spectroscopic analyses. A PhD in Theoretical Chemistry, Physics, or a related field is required. Experience with AI/ML, as well as quantum chemistry, dynamics, or spectroscopy is preferred. The initial appointment is for one year, with the possibility of renewal.
For questions about opportunities or life in the Steele Group, please contact Prof. Steele or any of our current group members.
For those interested, please send cover letter, CV, letter(s) of recommendation, and questions/concerns to Prof. Steele directly.