In a new study , #TUS researchers use #FirstPrinciplesCalculations and #BayesianOptimization to enable autonomous and fast prediction of novel #magneticmaterials and their synthesis for applications in #nextgeneration #electronic devices.
Read more here: https://t.co/7AsmA1Tw0d pic.twitter.com/h4p8iCU0XC
— Tokyo University of Science (TUS) (@TUS_PR_en) August 17, 2022
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“With enough government support, the country could recapture 20% of the semiconductor market by 2030,” says Prof. Hideki Wakabayashi of #TUS in an NYT article on #semiconductor production in Japan.
Read more: https://t.co/02nPV6xFPd (Requires subscription) pic.twitter.com/i7CB6gzcv4
— Tokyo University of Science (TUS) (@TUS_PR_en) August 16, 2022
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In a recent @CellReports study, #TUS scientists reveal the dendritic cell immunoreceptor protein as a novel therapeutic target for treating #colitis and #colorectaltumor in patients with #IntestinalInflammation.
Read more: https://t.co/mqphdHqMSl pic.twitter.com/C3um6FKsaM
— Tokyo University of Science (TUS) (@TUS_PR_en) August 4, 2022
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As #onlinedatastorage becomes more prevalent, it is crucial to have a secure, fast method for #computing #encrypteddata. In a new @IEEEAccess study, #TUS researchers propose such a method.
Read more: https://t.co/kCudnM0CdY#ResearchNews #HybridSociety pic.twitter.com/CvEmK0OQjh
— Tokyo University of Science (TUS) (@TUS_PR_en) January 24, 2023
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Analysis of #magnetic phenomena is often limited to visual inspection, a bottleneck in #materialdesign. In a new study, #TUS researchers use a combination of #AI and #topology to quantify these phenomena, with applications in predicting #chaos
Read more: https://t.co/qMlF68mmUN pic.twitter.com/OUhGn8dE0L
— Tokyo University of Science (TUS) (@TUS_PR_en) March 21, 2023
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Large pressure fluctuations in #JetEngines called ‘combustion oscillations’ can cause fatal damage. In a new @AIAA Journal study, scientists from #TUS and #JAXA develop a tool to detect a precursor, for future early #WarningSystems.
Read more:https://t.co/wPaiAz5a1Y pic.twitter.com/n98naolM0Y
— Tokyo University of Science (TUS) (@TUS_PR_en) December 28, 2021
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In a recent @ACS_Omega study, #TUS #researchers used #coffee and #tea waste to produce #hydrogenperoxide, an important compound with several #industrial applications.
Read more: https://t.co/fzq8qV8SzM#SustainableProduction pic.twitter.com/mLewWjuBf0
— Tokyo University of Science (TUS) (@TUS_PR_en) June 10, 2022
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The Department of #Architecture at #TUS #GraduateSchool of #ScienceandTechnology cultivates knowledge and skills to build environments that allow human beings to live comfortably and in harmony with #nature.
Read more: https://t.co/KDpvXND4Gl pic.twitter.com/lvRCHDJHaz
— Tokyo University of Science (TUS) (@TUS_PR_en) July 7, 2022
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