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What is PhotonQBoost? What Photin Applied For Solutions — Industrial Scale-up Proposal Trainings & Services — Capability Building Missions — Germany (Stuttgart) Results Summary Evaluation Feedback Solutions — Evaluator Comments Trainings & Services — Evaluator Comments Missions — Evaluator Comments Anomalies Found 1. Inverted Per-Criterion Scoring Masks Impact Disagreement (Solutions)... [Read More]

The team from Wroclaw University of Technology (Ł.Sterczewski, G.Gomółka) tested all major commercial extended InGaAs detectors providers. Just to found out their 1-2.6um range are still too narrow for their research.. to see, measure and use frequency combs. combs](https://www.nist.gov/topics/physics/optical-frequency-combs). We were thrilled to provide them custom InAs MWIR detector chips... [Read More]

After spectacular success of our InAs-InAsSbP state of the art heterostructures and MWIR detectors made from our wafers, inquiry from Asian University prompted us work on InGaAsP/InGaAs/InP MQW laser. The aim was to demonstrate InP PICs R&D capability to market. We entered into Quantum era, but not the buzzworld quantum,... [Read More]

Last week we had pleasure of participate in the Gala of Mazovian Innovator Contest. There were two categories: Innovative Company, Innovative Scientist. Innovation as you will see have many meanings, that are sometimes difficult to comprehend. Photin submission as innovative company was: Technology of compound semiconductors Indium Arsenide MOCVD growth... [Read More]

They say: XX century = Electronics, XXI century = Photonics! The success of GaN/SiC LEDs and Power, or InP-lasers and fiber internet is our reality. Have you ever thought, how the leap from Silicon to III-V compound semiconductors (GaAs and InP) happened? [Read More]