Biography
Nicolas Douguet earned his Ph.D. in theoretical atomic, molecular, and optical physics from the University of Central Florida and Paris-Saclay University (France) in 2010. He subsequently completed postdoctoral research in quantum chemistry, strong-field physics, and attosecond science at UC Davis, Drake University, and UCF. From 2019 to 2023, he served as an Assistant Professor at Kennesaw State University in Atlanta before joining UCF in Fall 2023.
Research Area
We are a theoretical and computational physics research group exploring the frontiers of ultrafast molecular science, focusing on the quantum motion of electrons in atoms, molecules, and biomolecular systems on attosecond to femtosecond timescales. By developing and applying advanced first-principles methods, we aim to reveal how electronic coherence, charge migration, and strong-field interactions shape the earliest stages of photochemical reactivity. Our work seeks to build the foundation for next-generation ultrafast spectroscopies by integrating attosecond pulses, intense laser fields, structured light fields, and emerging x-ray techniques to image and control electron dynamics with refined and emerging capabilities.
Charge migration, Strong Field, Attosecond Physics, Attochemistry. X-ray spectroscopy
Research Opportunities for Students
Students in our group engage in computational and theoretical research on ultrafast electron dynamics, charge migration, and strong-field molecular physics. Projects combine quantum mechanics, numerical simulation, and modern computational tools. Motivated students from physics, chemistry, or related fields are welcome.
Information on requirements:
Currently accepting:
Graduate: Yes
Undergraduate
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- Is it Paid? Yes
- In a lab? No
- Prerequisites – Motivation is the most important requirement. Knowledge of quantum mechanics and basic programming is preferred.
- Learning materials – Students will be introduced to concepts in Quantum Chemistry, Atomic and Molecular Physics, Orbital Theory, Attosecond Physics, Scattering Theory, Structured light, X-ray spectroscopy, and Quantum Coherent Control.
Courses Taught
Mechanics (PHY 3220)
Physics for Engineers and Scientists II (PHY 2049C)