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SteeleLab focuses on Quantum Circuits Mechanics, specifically exploring superconducting quantum circuits and mechanical resonators. The lab builds and explores superconducting microwave circuits composed of capacitors, inductors, and Josephson junctions. It utilizes advanced cleanroom techniques to create nano- and micro-mechanical resonators, allowing for high-quality mechanical vibration. Researchers at SteeleLab examine the electro-mechanical analog of cavity optomechanics using superconducting microwave resonators. The ultimate goal is to merge technologies to utilize superconducting quantum systems for creating and measuring macroscopic quantum superpositions of massive objects, as well as probing the interaction between Gravity and Quantum Mechanics.
Requirements apply generally across engineering and science master programs. Specific tracks like Architecture require a digital portfolio.