Research News Aug 31, 2026 Kyoto University Developing electron transport material with unique non-planar shape - Expected to reduce cost of perovskite solar cells and use in next-generation spintronics - 研究者名 Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 31, 2026 Kyoto University 地球深部の主要鉱物は“ほぼ乾燥”していた～深部の水の行き先が判明～ *Some of the figure captions have been revised (September 1, 2026) Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 28, 2026 Kyoto University スリーブ状胃切除術が腸管形態とインクレチン産生細胞を変化させることを3次元解析で解明 Researcher name Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 27, 2026 Kyoto University A new perspective on drug-drug interactions to realize safer treatments - Possibility of a drug's "supporting role" changing the pharmacokinetics of the "main role" - Researcher name Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 27, 2026 Kyoto University Elucidating the mechanism to escape from “totipotency”—Towards the establishment of the dream “totipotent stem cells”— Researcher name Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 27, 2026 Kyoto University Thyroid eye disease that is a complication of Graves' disease, how will the new treatment change the back of the eye - Interpreting changes in muscle and fat using MRI - Researcher name Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 27, 2026 Kyoto University Succeeded in the world's first visualization of the "hidden water structure" that determines protein function - Proposing a new concept of "protein superstructure" that captures protein and water as one - Researcher name Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 26, 2026 Kyoto University V2X環境における無線伝送特性をデジタルツインで評価するワイヤレスエミュレータを開発 研究者名 Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 25, 2026 Kyoto University 深海生物の生息深度を分かつ「見えないベール」～2新種を含む3種の深海生小型甲殻類の海溝内での深度別分布を報告～ 研究者名 Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 25, 2026 Kyoto University Material design that overturns common sense and suppresses the accumulation of fatigue - Creating lightweight and unbreakable metals through nanostructuring - 研究者名 Research #Kyoto University #研究成果 #企業・研究者の方
Research News Aug 25, 2026 Kyoto University A magic carpet made of hardened graphite - Expectations for high-sensitivity sensing - Researcher name Research #Kyoto University #研究成果 #企業・研究者の方
