Quantum molecular dynamics constitutes the thrust of my research. The goal is to gain insight into realistic elementary chemical encounters. This requires the development and application of a quantum description to molecular processes. In particular the emphasis is on time-dependent approaches which can follow naturally the stream of events.
With the rise of quantum technologies and the ability to control single atoms, ions and molecules, thermodynamics faces new challenges:
What new thermodynamic effects can be observed in the quantum microscopic realm?
Can quantum heat machines drastically outperform classical heat machines?
Are there additional scale-dependent thermodynamic laws that become important only in small coherent systems?
What are the possibilities entailed in microscopic thermal control protocols?
How will the next generation of microscopic heat machines look like?
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