Research

My research is multidisciplinary in nature and involves the understanding of various areas of sciences and engineering.

Nanothermodynamics

Small systems are characterized by thermal fluctuations and quantum effects. My main focus is in understanding and utilizing these effects in realization of high efficient quantum thermodynamic devices.

• Fluctuation theorem

• Jarzynski equality

• Quantum thermodynamic engine

• Optimal control theory

Condensed matter physics

This is very rich and broad in scope. There are very challenging areas research with direct experimental and even technological relevance. Thus, it is a meeting point of theoretical predictions and experimental results.

High temperature superconductivity

Dirac electrons systems

Heat transport