Theoretical condensed matter physics

We explore fundamental phenomena related to spin, plasmas, and electronic and quantum devices.

Condensed matter hosts fascinating physical effects that play a key role in current and future technologies. Our research focuses on spin physics, plasma dynamics, and the electronic properties of materials, with implications for sensors, quantum devices, and spintronics.

We develop theoretical models to understand effects such as spin–charge conversion, electronic spin resonance detected through electrical measurements, and plasmonic instabilities in two-dimensional systems.

Our work also extends to studying hydrodynamic properties of electrons, resistance oscillations, and the fundamental limits of quantum technologies.

By bridging fundamental concepts of condensed matter physics with emerging applications in advanced electronics, we contribute to the development of next-generation devices.

Sub-Themes :

• Spin Physics and Spin–Charge Conversion Effects
• Plasmonic Instabilities and Electronic Transport
• Fundamental Limits of Quantum Devices