Scholar
Denys I. Bondar
Google Scholar ID: QSZ7takAAAAJ
Associate Professor, Department of Physics and Engineering Physics, Tulane University
Citations & Impact
Citations
894
H-index
16
i10-index
29
Publications
20
Co-authors
78
list available
Contact
No contact links provided.
Publications
Resume (English only)
Academic Achievements
- Research featured in public coverage; Co-organizers of the conference “Koopman Methods in Classical and Classical-Quantum Mechanics” (April 18-23, 2021, Bad Honnef, Germany); Demonstrated theoretically the capability of making conducting materials mimic insulators and vice versa using tracking quantum control; Investigated the potential of utilizing nonlinear optical effects as a computational platform; Developed new optical technologies for sensing and communication; Challenged the view that dissipative forces destroy quantum features, proposing methods to preserve and even enhance quantum dynamical features by carefully coupling the system to a dissipative environment.
Research Experience
- Theoretical and computational research at the intersection of quantum technology and ultrafast nonlinear optics, exploring how quantum control can be used to produce on-demand nonlinear optical properties, and how tailored nonlinear optical effects can enhance information processing tasks. Other research areas include: quantum, ultrafast, nonlinear, and incoherent optics; optical communication and sensing; nonequilibrium quantum statistical mechanics; many-body quantum physics; quantum-classical analogies; tunneling of complex systems (BEC); quantum-classical hybrids.
