His clinical interests include general surgery, trauma, surgical critical care, emergency and elective general surgery, sepsis, resuscitation, and shock. His research interests include continuous glucose monitoring, long-term outcomes in trauma and emergency surgery, closure of abdominal wall defects, ultrasound in trauma and critical care, and optimizing care in emergency surgery. He has published regularly in all of these areas. Schuster earned his undergraduate degree in electrical engineering from Drexel University and his medical degree from Temple University School of Medicine. He is a fellow of the American College of Surgeons.
Artificial Atoms Make Microwave Photons Countable | YaleNews
Yale's Arts Library , linking Rudolph Hall and the Loria Center at and York Street, serves as the primary collection for the study of art, architecture, and drama at Yale. The Arts Library contains approximately , onsite volumes including important reference works, monographs, exhibition catalogs, and print periodicals, as well as digital resources, including online periodicals, article indexes, and databases. Arts Library Special Collections features artists' books and volumes on the book arts, fine printing, typography, and illustration, as well as archival materials and thesis projects from the Schools of Art, Architecture, and Drama. Welcome to the Architecture Research Subject Guide. In this guide, you'll learn how to:. How I can help you. In my role as library liaison to the School of Architecture, I am available to assist students, faculty, and other researchers with their architecture and design research.
Axion dark matter haloscopes aim to detect dark matter axions converting to single photons in resonant cavities bathed in a uniform magnetic field. A qubit two level system operating as a single microwave photon detector is a viable readout system for such detectors and may offer advantages over the quantum limited amplifiers currently used. When weakly coupled to the detection cavity, the qubit transition frequency is shifted by an amount proportional to the cavity photon number. Through spectroscopy of the qubit, the frequency shift is measured and the cavity occupation number is extracted. At low enough temperatures, this would allow sensitivities exceeding that of the standard quantum limit.
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