Lead the design and validation of innovative photonic systems, focusing on high-efficiency detection, while collaborating with diverse engineering teams to enhance integrated chip performance through experimental analysis.

Contribute to the design and experimental validation of cutting-edge photonic systems. Engage in characterizing high-speed integrated photonic chips, collaborating with engineering teams, and optimizing opto-electronic systems for peak performance.

Lead the charge in enhancing photonic quantum computer design through prototyping and optimizing logical architecture, employing diverse analytical approaches within a collaborative project environment.

Transform the future of computation by building vital software tools for quantum hardware development. Collaborate with interdisciplinary teams to optimize design and fabrication processes, shaping the evolution of advanced computing solutions.

Grow your career with cutting-edge software innovation in quantum computing. Collaborate on high-performance libraries and benchmarking tools, enabling ultra-low latency communications across hardware platforms and optimizing the PennyLane quantum framework.