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Press Release #Faculty of Science and Technology

NEWS | Press Release

Simulating Damage Propagation in Composite Materials Through a Novel Computational Method to Realize High-Quality CFRPs

Researchers propose a quasi-3D extend finite element method that could help lower the costs of designing carbo...

#Faculty
#Mechanical Engineering Division
#Department of Engineering and Applied Sciences
#Faculty of Science and Technology
#Graduate School of Science and Technology

2023.07.18

NEWS | Press Release

Revealing the Nature of Fractures Caused by Hydrogen in High-Strength Steel

Scientists show the mechanisms by which hydrogen absorption via exposure to hydrogen gas and corrosion comprom...

#Faculty
#Department of Engineering and Applied Sciences
#Faculty of Science and Technology

2023.03.29

NEWS | Press Release

New Fluorescent Chiral-Selective Receptor System Represents a Breakthrough in Molecular Detection with Potential for Applications in Diabetes Management

Cyclodextrin and monoboronic acid-based receptor complexes show excellent D-glucose chiral selectivity ,paving...

#Faculty
#Department of Materials and Life Sciences
#Faculty of Science and Technology

2023.03.02

NEWS | Press Release

BasePairPuzzle: A New Way to Teach Students About Nucleobase Pairing

Novel 3D-printed molecular model of the five nucleobases uses embedded magnets to accurately represent intermo...

#Faculty
#Department of Materials and Life Sciences
#Faculty of Science and Technology

2023.02.27

NEWS | Press Release

New Model of Quark-Gluon Plasma Solves a Long-Standing Discrepancy between Theory and Data

Researchers from Japan provide a novel theoretical framework for describing the quark-gluon plasma, which agre...

#Department of Engineering and Applied Sciences
#Faculty of Science and Technology

2023.02.13

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