Our research group is performing innovative experiments to probe how quantum mechanics affects electronic transport in matter. Our current research projects focus on:
- Generation of quantum microwaves by a normal conductor
- Study of non-Gaussian noise in mesoscopic devices
- Environmental effects in circuits
- Microwave impedance of superconducting structures
- Time domain quantum optics
- Parametric amplification
- Contact less study of 2D systems
- Faraday effect in 2D electron gas
These experiments are performed in our state-of-the-art laboratory fully equipped for nano-fabrication, ultra-low temperatures, magnetic field, low noise and microwave electronics.