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Field
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the context of a multidisciplinary project to classify materials in waste streams, including using X-rays. The goal is to optimally use the spectral capacities of a new generation of X-ray detectors
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Transition Edge Sensor (TES) bolometers for studies of the Cosmic Microwave Background (CMB), while also supporting the exploration of novel applications for superconducting detectors. As a member of
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superconducting films, including microwave resonators for frequency-domain multiplexed readout of single-photon detectors using kinetic inductance current sensors Develop and characterize superconducting
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-diameter drift-tube and resistive plate chambers. In addition, we are developing gaseous detectors and electronics for future colliders. Our ATLAS data analysis program concentrates on measurements of
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high-sensitivity terahertz (THz) detectors based on nonlinear frequency upconversion. You will join an interdisciplinary research team at DTU working at the interface of integrated photonics, THz
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background and interests. Core responsibilities and research directions include: Applied nuclear physics and spectroscopy, focusing on the analysis of data from photon spectrometer detectors recording
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with University of Notre Dame to develop novel on-chip superconducting quantum detectors with magnetic targets for low-energy axion dark matter detection. Key Responsibilities: Develop superconducting
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). Activities carried out locally at CMU include the development and characterization of radiation detectors and precision mass measurements with the CHIP - TRAP Penning trap. The selected candidate will be
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). Activities carried out locally at CMU include the development and characterization of radiation detectors and precision mass measurements with the CHIP - TRAP Penning trap. The selected candidate will be
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. This is an exciting opportunity to work within a collaborative group with deep expertise in silicon detectors, Trigger/DAQ (TDAQ) systems, software, and computing. The Argonne ATLAS group plays a