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2024
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Sep192024Q.Fly Product Release
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Jul232024TOPODRONE and QUANTUM SOLUTIONS announce Collaboration on Next-Generation VIS-SWIR Camera for UAV Platforms
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May212024Quantum Solutions Presented at CLEO 2024
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Apr162024Quantum dot short-wave infrared (SWIR) image sensors sales release
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Feb122024200 mm wafer level processing of QDot™ quantum dot n-type ink
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Jan312024Sales Release of QDot™ CsPbBr3 Perovskite Single Crystals
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2023
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Dec202023Sales Release of Large Sise QDot™ InAs Quantum Dots
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Oct242023Quantum Solutions Presented at Phosphors & Quantum Dots Industry Forum 2023 in Seoul
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Oct102023Sales Release of Q.Eye™ SWIR Photodetectors
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Oct042023Nobel Prize for the groundbreaking research in quantum dots
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Oct012023Sales Release of QDot™ Perovskite Single Crystals
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Sep302023Sales Release of QDot™ PbS quantum dot n-type ink
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Jun152023Sales Release of QDot™ InAs Quantum Dots
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Jun072023Sales Release of QDot™ ETL and HTL for SWIR image sensors
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2022
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2021
Nobel Prize for the groundbreaking research in quantum dots
Embarking on a Quantum Revolution: Celebrating Nobel Prize Winners in Chemistry!
The Royal Swedish Academy of Sciences has bestowed the prestigious 2023 Nobel Prize in Chemistry upon the brilliant minds of Moungi G. Bawendi, Louis E. Brus, and Alexei I. Ekimov. Their extraordinary contributions in the discovery and synthesis of quantum dots have illuminated new horizons in scientific achievement. The 2023 Nobel Prize in Chemistry recognizes the profound impact of quantum dots – microscopic powerhouses that radiate light across realms. From enhancing the brilliance of televisions and LED lamps to guiding surgeons with precision during tumor removal, quantum dots are the smallest but mightiest components of the technological landscape.
Quantum Solutions is honored to stand at the forefront of this quantum revolution, delivering the innovative quantum dot technology to redefine the landscape of image sensors and photodetectors.
About Quantum Solutions:
Quantum Solutions develops and manufactures quantum dot “wide-range” sensors and materials for “superhuman” vision, enabling the capture of images invisible to the naked eye. This includes lower-energy SWIR and MWIR spectrums, as well as higher-energy UV and X-ray light ranges. Cameras equipped with these sensors can find numerous applications across various fields, including robotics, machine vision, the automotive industry, security, and consumer electronics. We envision a future where cameras with augmented vision become the standard in our world. Contact us at [email protected] to discuss your needs for enabling the next generation of imaging systems.
About The Royal Swedish Academy of Sciences
The Royal Swedish Academy of Sciences (Swedish: Kungliga Vetenskapsakademien) is one of the royal academies of Sweden. Founded on 2 June 1739, it is an independent, non-governmental scientific organization that takes special responsibility for promoting natural sciences and mathematics and strengthening their influence in society, whilst endeavouring to promote the exchange of ideas between various disciplines.
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