Deep-tech physics inside Majorana 2 is topological superconductivity, and phenomena that occur between semiconductor-superconductor (indium arsenide antimonide-lead InAsSb-Pb). As epitaxy engineer, I skip in all high level details (protocols, measurements, Marjorana particles etc.). Will focus on core materials. What epitaxial layers form core stack of this approach to harness quantum...
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MWIR InAs-InAsSbP samples
Lets build something together in IR
We were looking for easy way to protect our samples of MWIR InAs detectors chips for shipment to customer, so they would be well protected, couldn’t be mixed up, take least amount of space, and be inexpensive. During brainstorming, we “stepped on something”, which turned out to be perfect package...
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PhotonQBoost Call: Evaluators Split 5 vs 3 on Impact — Yet No Consensus Was Required. Proposal unqualified.
How inverted per-criterion scoring can mask a fundamental evaluator disagreement. Full evaluation, appeal, and responses shared transparently.
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)...
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Need4Speed Frequency Combs need InAs MWIR detectors
Photin InAs detectors speed measured
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...
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Photin goes Quantum
Quantum Well lasers structure demonstrated
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,...
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Mazovian Innovative Company Contest
Distinction
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...
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From Silicon to III-V Semiconductors with LP-MOVPE
Jean Pascal Duchemin legacy
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?
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Photin InAs MWIR detectors - Limited Sales Available to Purchase
Photonics made in Poland
What was some time ago only distant dream, today it is reality in our
hands. Production batch of MWIR InAs/InAsSbP 500um diameter detector
chips, ready to be delivered to first customers. Made in Poland by
Photin and MUT.
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Photin InAs Wafer Passed Qualifications
InAs PD Results and Datasheet comparisons
Semiconductors Technology Race
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Trumpf / Huttinger TIG/BIG Analog RF Generators for Induction Heating
Induction Heater Repair at End Of Life
Trumpf / Huttinger TIG/BIG Induction Heaters
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Hero Dies - First Chips of III-V Semiconductor IR detectors
True Heroes Born Out of Passion!
Hero Chips
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PHOTIN InAs/InAsSbP achieve state of the art performance
InAs IR Detectors device performance
Device results from Photin wafers
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Photin demonstrate Type 2 InAs/InAsSb Superlattice (T2SLs) materials from MOCVD
In recent 10 years, they are the one of the most researched material concept for infrared (in particular solar cells and detectors). Aimed to de-throne HgCdTe, material which still reign as the one with the best properties for IR detectors, except …the manufacturability. Type II Superlattices(T2SLs) made from InAs/InAsSb are...
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Quasi-planar InGaAsSb p-B-n photodiodes for spectroscopic sensing
Publication with Lancaster University and ams-OSRAM.
Advanced extended SWIR detector development
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InnoGlobo2 grant with MUT and KIND Lab on passivation of IR detectors
Passivation of Barrier (InGaAsSb/AlGaAsSb) and APD detectors
Intro
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MVP - eSWIR InGaAsSb barrier detector from MOCVD
Intro into Antimonides in MOCVD - very challenging topic
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Limits of in Situ reflectance for growth rate extraction in aixtron multi Wafer reactors
IC-MOVPE XX Stuttgart 2022!
It is tremendous pleasure to go again to international conference. Last
time it was 11 years ago at EW-MOVPE XIV in Wroclaw. Apparently, when
working in industry conferences are rare treat.
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Transfer of FZU Aix-200 reactor
In late 2021 Photin get in touch with FZU MOVPE group. It was miracle, to find in nearby country Aix-200 MOVPE system fully equipped to conduct research on III-Sb materials, with scientists, who are experts in this area. FZU MOVPE were leaving the field of III-V, and moving to III-N...
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GaSb buffers on GaSb
Have started GaSb buffer development with cleaving Ensemble3 GaSb
Zn-doped substrate (bought from EVO-R funds) to 6 pieces, and running
experiments.
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First runs: GaSb buffer on GaSb
Well, finally have started first growths. It took a while, as there were
some modifications and adaptations necessary to make GaN reactor become
III-Sb reactor:
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Photin complete the EIT Manufacturing EVO-R project
Photin complete EIT Manufacturing
EVO-R
project dedicated to purchase, transfer, and set-up of Aixtron Aix-200RF
MOCVD reactor from Ulm University to Photin facility.
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Acquisition of FZU Aix-200 reactor
Photin acquired the first commercial Aixtron Aix-200RF reactor, superbly
rebuilt and maintained by Czech Academy of Sciences team.
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