Research interests:

Quantum information; light-matter Interactions; nanophotonics; quantum coherent control; single emitter spectroscopy;

Research:

• Single- and entangled-photon generation from quantum dots
• Coherent quantum control of semiconductor qubits
• Design and fabrication of nanophotonic light-matter interfaces (waveguides, cavities) in dielectric media
• Wavefront control of quantum light for secure communication
• Benchmark fundamental limits on quantum algorithms imposed by physical implementation of qubits
• Students learn to design and build cryogenic optical microscopy setups for investigating quantum nature of emission from single emitters
• Students are involved in the design and can learn to use micro-/nano-fabrication facilities at MATFab
• Students gain hands-on experience with ultrafast lasers, multiphoton correlation measurements using state-of-the-art experimental hardware
• Students learn to develop projects independently while communicating and working with local and international collaborators as well as publish and present at conferences.