Facilities & Resources
Our lab is developing experimental and computational infrastructure for scalable quantum sensing, precision metrology, and quantum materials research. This page also collects selected facilities, software, references, and learning resources relevant to our work.
Laboratory and Research Resources
Experimental Quantum Science Infrastructure
The Chand Lab is establishing experimental capabilities for multiplexed quantum sensing, wide-field optical microscopy, spatially selective optical control, microwave and radio-frequency engineering, cryogenic measurements, nanofabrication, and AI-enabled scientific computing. Laboratory infrastructure is currently under development.
UB Shared Research Infrastructure
Our research also benefits from shared nanofabrication, artificial-intelligence, advanced instrumentation, and high-performance computing resources across the University at Buffalo.
AI & High-Performance Computing
Our research can leverage UB's advanced artificial-intelligence and research-computing ecosystem for AI-assisted experimentation, automated data analysis, scientific machine learning, and large-scale quantum-sensing workflows. UB is home to Empire AI, with additional high-performance computing, GPU, cloud, data, and AI/ML resources available through the Center for Computational Research.
Electrical and Computer Engineering Cleanroom
The state-of-the-art Electrical and Computer Engineering Cleanroom houses approximately 5,000 square feet of Class 1,000 space in Davis Hall, supporting fabrication and processing of quantum devices.
Research, Learning & Software
Curated external resources for quantum sensing, spin physics, quantum information science, scientific computing, and experimental quantum research.
Research & Community
Courses & Learning
Software & Key References
Sponsors and Support
