Faculty members

Research areas: Topological phases, topological quantum computation, quantum algorithms, quantum sensing, non-Hermitian physics

Research areas: Nanomaterials for sustainable energy and next-generation electronics

Research areas: Micro- and nano-photonics, semiconductor nanostructures, optics

Research areas: Quantum Materials, Graphene, Nanoelectronics, Experimental Physics

Research areas: Theoretical Particle Physics: Beyond The Standard Model and Dark Matter

Research areas: Physics Educational research

Research areas: molecular biophysics; bioenergetics; photosynthesis

Research areas: Collective phenomena and light-matter interaction, Spin-orbit coupled systems, Unconventional superconductors, Engineered 2D lattices

Research areas: Computational biophysics, statistical physics, deep learning, molecular dynamics

Research areas: Experimental and Theoretical Condensed Matter Physics, with specialization to Electron paramagnetic Resonance (EPR; also known as ESR(Electron Spin resonance)/EMR (Electron mganetic resonance))

Research areas: Conjugated organic molecules and polymers employed as organic (semi-)conductors; their structural, electronic and optical properties; applications in organic electronics

Research areas: Computational Chemistry, Molecular and Reaction Dynamics, Nanomaterials and Materials Engineering, Chemical Biology, Therapeutics, Photochemistry, Ultrasfast Spectroscopy, Chemical Physics, Environmental Chemistry, Machine Learning, Quantum Computing

Research areas: Photosynthesis research using optical methods. Energy and charge transfer. Protein dynamics. Tunneling in biological systems. Explosives detection. Novel microscopy and single-molecule imaging techniques.

Research areas: Growth and characterization of thin films and nanostructures, Hybrid 2D/Semiconductor systems