Liam G. Connolly, a recent postdoctoral researcher at NIST, transitioned from mechanical engineering to quantum information systems through the NRC Research Associateship Programs. With a background in precision nanomanufacturing, Connolly is now working on two projects at NIST.
The first project involves developing a microwave-to-optical transducer that uses acoustic vibrations to bridge the gap between microwave signals used in quantum devices and telecom bands for fiber optic communications. This is crucial for future quantum networks that require low-noise signal transmission.
The second project focuses on enhancing the quality and speed of imaging using scanning tunnel microscopy, which harnesses quantum tunneling for atomic-level resolution. Connolly aims to improve the performance of microelectromechanical systems by combining this technique with better control over these tiny devices.
These projects demonstrate Connolly’s interdisciplinary approach to quantum engineering, leveraging his expertise in precision engineering to advance quantum technologies in computing, sensing, and networking.
Keywords: Devices, Engineering, Tunneling, Microelectromechanical, Transducer
