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Sensors capable of detecting individual photons of visible light have become essential for applications ranging from imaging faint galaxies to quantum computing
Project Goal: To develop magnetic resonance, x-ray absorption, electron diffraction, and electrical conductivity measurements to better characterize dilute concentrations of point defects in oxide materials and effectively correlate electro-mechanical properties to measured defect chemistry. Oxide
We have developed parametric amplifiers based on two different technologies: Josephson Junctions and superconductors with high kinetic inductance, a representation of the kinetic energy of superconducting Cooper-pair charge carriers. Junction-based parametric amplifiers (JPAs) are well suited for
“Getting from Qubit to Mega-Qubit Quantum Computers with RF Calibrations” is a multi-laboratory effort to develop precision radio frequency measurements in the coldest and darkest places on the planet, cryostats and dilution refrigerators. The projects in this multi-laboratory effort are focused on
Project activities include: Electronic structure of semiconductor-oxide interfaces. Thermodynamics of flexible microporous materials for gas storage Gas adsorption in microporous materials Analysis of topological materials, including magnetic topological insulators High-throughput screening of
The Bi–Ni binary system has been of interest due to possible unconventional superconductivity aroused therein, such as time-reversal symmetry breaking in Bi/Ni
Benedikt Hampel, Richard Mirin, Sae Woo Nam, Varun Verma
A large-format mid-infrared single-photon imager with very low dark count rates would enable a broad range of applications in fields like astronomy and
Benedikt Hampel, Richard Mirin, Sae Woo Nam, Varun Verma
Superconducting Nanowire Single-Photon Detectors (SNSPDs) are excellent devices for the analysis of faint light from the ultraviolet to the mid-infrared. Recent