Physics Faculty

Research Interests

• Synthesis and characterization of nanomaterials (2D atomically thin layers, graphene, carbon nanotubes, and related materials)
• Hetero bilayers and moiré engineering
• Raman spectroscopy

Research Interests

• Superconductivity and emerging quantum phenomena in strongly correlated electrons systems

Research Interests

• Condensed matter physics
• interfacial phenomena

Research Interests

• Computational condensed matter physics
• Design of superconducting, topological and battery materials
• Machine learning and evolutionary optimization

Research Interests

• Condensed matter physics

Research Interests

• Condensed matter theory
• Non-perturbative approaches for correlated materials
• Quantum criticality

Research Interests

• Biophysics and Nanofluidics

Research Interests

• Materials modelling
• First-principles calculations
• Phonon-limited superconductivity
• Carrier transport
• Sustainable software development

Research Interests

• Experimental condensed matter physics and materials physics
• Quantum materials with layered structures

Research Interests

• Organic Electronics and Solar Cells
• Nanomaterials
• Nanoscale Electrical Property Mapping

Research Interests

• Experimental research on high intensity, ultrashort laser-matter interactions; (harmonic generation and laser filamentation)
• Theoretical research on laser-matter interactions using numerical simulations; (nonlinear Schrodinger equation, carrier-resolved unidirectional pulse propagation equation, and nonlinear envelope equation)

• Research on laser microfabrication of energy storage devices

Research Interests

• Computational materials physics
• Beyond Li-ion batteries
• Molecular and nano-electronics
• Mechanical properties of alloys
• Photovoltaics

Research Interests

• Experimental solid state physics
• properties of semimetals
• graphite intercalation compounds
• high-tc superconductors and low-dimensional magnetic systems

Research Interests

• Condensed matter physics