News No. 59

Solar-Tectic is very pleased to announce that yet a fourth patent for perovskite solar cells was allowed today by the US Patent Office.  US patent application 15/157,539 titled “Methods of growing heteroepitaxial single crystal or large grained semiconductor films and devices thereon” covers every type of perovskite as a top layer in a high efficiency […]

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News No. 58

Solar-Tectic is pleased to report that recent work at Binghamton University has been reported on by Silicon Semiconductor magazine.  More information can be found at Silicon Semiconductor through the following link: Solar-Tectic Improves Production Process For Next-generation Displays

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News No. 58

Solar-Tectic is pleased to announce that yet another patent application for perovskite solar cells has been allowed.  Patent application US No. 15/479,388 entitled “Maximizing The Power Conversion Efficiency Of A Tin Perovskite/Silicon Thin-Film Tandem Solar Cell” significantly strengthens the Solar-Tectic patent portfolio for one of the most promising solar cell materials in the world right […]

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News No. 55

Solar-Tectic LLC is pleased to announce that the paper “High mobility crystalline silicon film growth below 600C from an Au-Si eutectic melt for TFTs” was published on-line. Please see the following link: https://www.sciencedirect.com/science/article/pii/S0167577X18302945 The technology is patented and is a breakthrough for the display industry as it makes possible for the first time high mobility silicon TFT […]

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News No. 53

Solar-Tectic is pleased to report that a paper has been submitted for publication reporting high mobility in its crystalline thin-film technology for TFTs.  The title of the paper is “High Mobility Crystalline Silicon Film Growth Below 600C from an Au-Si Eutectic Melt for TFTs”.

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News No. 51

Solar-Tectic LLC is pleased to announce that it has received an issue notification today for its patent for highly textured MgO (111) thin-films on soda-lime glass. “Highly textured” means the MgO film has a very strongly preferred (111) orientation, c-axis aligned, and out-of-plane.  This material has tremendous potential as an insulator in TFTs since the (111) orientation matches the preferred orientation of silicon, […]

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