Zero-field Josephson diode effect in dirac semimetal-based asymmetric squids
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Cuozzo, Joseph Jude↗
Engineering topics
Rademacher, David
Publications and source records attributed to Rademacher, David.
Water-based process for preparation, separation, and recycling of LiCoO2 from Li-ion battery cathodes
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Wygant, Bryan Russell↗
Single Photon Detection with On-Chip Number Resolving Capability
Single photon detection (SPD) plays an important role in many forefront areas of fundamental science and advanced engineering applications. In recent years, rapid developments in superconducting quantum computation, quantum key distribution, and quantum sensing call for SPD in the microwave frequency range. We have explored in this LDRD project a new approach to SPD in an effort to provide deterministic photon-number-resolving capability by using topological Josephson junction structures. In this SAND report, we will present results from our experimental studies of microwave response and theoretical simulations of microwave photon number resolving detector in topological Dirac semimetal Cd 3 As 2 . These results are promising for SPD at the microwave frequencies using topological quantum materials.
47 OTHER INSTRUMENTATION↗