Postdoctoral Researcher

Job Description

About the Lab Our group investigates quantum photonics across solid-state platforms, with emphasis on: Single-photon emitters in 2D materials and wide-bandgap materials Integrated quantum photonics (SiN, LiNbO?, heterogeneous platforms) Cavity?emitter coupling, Purcell engineering, and nonlinear effects On-chip quantum spectroscopy and frequency-comb?enhanced quantum sensors Topological photonics for quantum simulation and robust light?matter interactions We combine nanofabrication, numerical design, and precision optical characterization to develop quantum devices suitable for scalable integration. --- Role & Responsibilities The postdoctoral researcher will serve as a lead scientist in our quantum photonics program: Design quantum photonic structures (cavities, waveguides, photonic crystals, topological lattices) Integrate and study quantum emitters in 2D materials & other solid-state systems Perform optical measurements: single-photon spectroscopy, g?(?) characterization, cryogenic PL, lifetime studies, coherence measurements Develop and optimize fabrication processes in the IITB cleanroom Lead publications in top-tier journals and represent the group at international conferences Collaborate with PhD students and support early-stage project definition (Optional) Contribute to quantum simulation projects using photonic lattices --- Required Qualifications PhD in Physics, Electrical Engineering, Applied Physics, Materials Science, or similar Strong demonstrated research experience in quantum photonics, quantum optics, or single-photon devices Hands-on expertise in at least two of the following: Cryogenic or room-temperature quantum emitter spectroscopy Photon correlation (Hanbury Brown?Twiss), lifetime, and coherence measurements FDTD/FEM simulations for nanophotonics Nanofabrication (lithography, etching, deposition, 2D-material transfer) Strong publication record and ability to drive independent research