PHYSICS

Research Areas

| Research Areas

Condensed matter as a new paradigm, not everything is condensed.

Research in nonlinear dynamics and chaos, studying how complex systems evolve over time under varying conditions.

Explores general relativity, gravitational waves, and the evolution of the universe through theoretical and observational studies.

Investigates systems far from equilibrium, analyzing stochastic processes, transport phenomena, and thermal fluctuations.

Focuses on quantum field theory, string theory, and fundamental interactions shaping the structure of our universe.

Researches quantum computing, entanglement, and optical phenomena with applications in communication and computation.

Studies physical principles of soft and biological materials like polymers, colloids, and cellular structures.

Conducts experiments to probe the fundamental constituents of matter and forces at particle accelerators.

Explores light–matter interactions, laser physics, and photonic materials for optical technologies and devices.

Examines atomic interactions, spectroscopy, and molecular processes fundamental to quantum mechanics and chemistry.

Develops advanced materials for renewable energy applications like batteries, photovoltaics, and fuel cells.

Focuses on experimental studies of superconductors, semiconductors, and novel material properties.