World-class Photonics Instruments for Quantum Communications, Networking and Sensing
Photon Source Characterization
With the recent progress in quantum physics and nonlinear optical crystals materials, the development of single photon sources and entangled photon sources is growing rapidly. The new developed single photon sources require to be characterized by very low level of light photon counting detectors and fast time taggers.
Photon sources characterization
Driving the Quantum Technology Revolution with High-Performance Photon Sources
The rise of Quantum Computing, Quantum Communications, and Quantum Networking has sparked a global race to develop high-performance Entangled Photon Sources and Single Photon Sources, essential for next-generation quantum applications.
Spontaneous Parametric Down-Conversion (SPDC) enables the generation of high-brightness entangled photon pairs, while semiconductor quantum dots produce triggered photon pairs. Accurate photon source characterization is critical, measuring key parameters such as brightness, visibility, and photon rate to ensure optimal performance.
As a leader in Entangled Photon Sources, AUREA Technology provides time-resolved Single-Photon Counting instruments for precise source characterization. Our advanced solutions enable Hong-Ou-Mandel (HOM) interference and Coincidence-to-Accidental Ratio (CAR) measurements, ensuring unmatched accuracy.
AUREA Technology’s photon sources characterization solutions are the most precise and reliable instruments for characterizing entangled photon pairs, twin photon sources, and single-photon sources, advancing both quantum and sensing applications.
Photon sources characterization
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