Scalable quantum and photonic systems
Innovating Quantum and Photonic Technologies
At Quantum Materials & Advanced Photonic Systems (QMAPS) Lab, we specialize in diamond material and scalable diamond fabrication and color center generation for quantum computing, sensing. We also investigate photonic neuromorphic devices—integrating thin film optomemristors and crossbar arrays—to enable ultra-fast, energy-efficient AI hardware. By merging expertise in diamond device engineering and photonic technologies, we aim to overcome the challenges to enable large-scale integration for quantum technologies and neuromorphic computing.
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Quantum Materials & Advanced Photonic Systems Lab
Specializing in diamond spin qubits and scalable fabrication for quantum computing and neuromorphic devices.
Diamond Spin Qubits
Developing high-yield diamond spin qubits for advanced quantum computing applications.
Scalable Fabrication Processes
Innovating scalable fabrication processes for diamond quantum computing and photonic neuromorphic systems.
Photonic Neuromorphic Devices
Exploring photonic neuromorphic devices for ultra-fast, energy-efficient AI hardware advancements.
Heterogeneous integration and reliability engineering of large-scale quantum systems.
Integrated Quantum Syatems
Contact Us for Quantum & Photonic Innovations
Reach out to discuss our quantum and photonic engineering solutions.