Radiation Detection via Transition Edge Sensor (TES)

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Presentation transcript:

Radiation Detection via Transition Edge Sensor (TES) Matthew Yankowitz April 26, 2013

Overview Goal: measure incident photon energy and time of arrival with high accuracy. Method: Bias superconductor to transition temperature and measure change in resistance due to Joule heating of incident radiation.

Detector Geometry

Detector Geometry

Detector Geometry

Cryogenic Setup

Detector Geometry

Electrothermal Feedback PJoule = V2/R dR/dT > 0

Electronics Schematic

SQUID

TES Signal Pulse

Energy Determination

Electrothermal Feedback

Energy Determination

Conclusions Benefits: High efficiency photon detection. Virtually no “false positive” counts. Good energy resolution (order 0.1eV). Accurate time-of-arrival. Drawbacks: Need to cool cryogenically below LHe. Long dead time.