〈Q|School Single Photonics ShortÌýCourse: Sources, Detectors and Measurements

〈Q|School Single Photonics ShortÌýCourse: Sources, Detectors and Measurements​

August 11–15, 2025
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Registration Opening Soon!

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In cooperation with researchers and metrologists from around the world, the Î÷¹ÏÊÓƵÌýwill present a short course consisting of lectures and hands-on lab interaction. Demonstrations and labs will be provided by industrial partners active in the field.

Presented by: CU Boulder and NIST

CU Boulder and NIST logos

Diamond Supporter: Hamamatsu Photonics

Pictured is the Hamamatsu logo. The logo is the word Hamamatsu in red and all capital letters

Silver Supporter: Keysight

Pictured her is the Keysight Logo. A red wave next to the word KEYSIGHT in black and all caps

Partnering with: Q-SEnSE, Colorado Photonics Industry Association, Danaher Cryo, Quantum Opus,Thorlabs,Ìý PicoQuant and FormFactor

Logos of the partners: Q-SEnSE, Colorado Photonics Industry Association, Danaher Cryo, Quantum Opus,Thorlabs, PicoQuant and FormFactor

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Who should attend?

ÌýÌý Technologists looking for an introduction to a new field and networking
ÌýÌý Experienced engineers or techniciansÌýin a related field looking for an introduction
ÌýÌý ​Researchers seeking a better understanding of and expressing measurement results

Topics to include:

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Detectors

PMTs, SPADs, SNSPDs, TESs (if you don’t know the acronyms, come to the course!) How do we define detection efficiency? What is detector tomography?

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Sources

Down conversion, quantum dots, nitrogen vacancies. What’s the difference between a single photon source and simply ‘faint light’?

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Measurements and use cases

Detection efficiency, photon number, dark counts, jitter, dark counts.ÌýWhat is ‘spooky action at a distance’? What does a calibration report tell me?

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Engineering

Cryogenics, optics, optical fibers and optimization, statistics and uncertainty

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Questions?

Please contactÌýÌýÌýcubit@colorado.edu.