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Broadly speaking, my research employs methods of statistical mechanics / thermodynamics, quantum mechanics, and stochastic processes to understand the dynamics and statistical properties of interacting many-body complex systems.

Publications and Proceedings

Molecular-Dynamics Simulations of Carbon Nano-Cage Structures: Nanoballs and Nanotoroids: Make a doughnut or a baloon out of a few hundred carbon atoms. At what temperature do they burst?

Counting Objects with Biologically Inspired Regulatory-Feedback Networks: How can our brain know the approximate number of a (large) collection of objects at a mere glance? Can one design a machine that does the same?

Universal Sound Absorption in Amorphous Solids: A Theory of Elastically Coupled Generic Blocks: A disordered solid is one in which atoms are not organised periodically. Why does sound travel 150 times its own wavelength in every disordered solid?

When Models Interact with their Subjects: Dynamics of Model-Aware Systems: How do you scientifically describe an object that is constantly looking at your description?

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