超セラミックス｜学術変革領域研究A

分子が拓く無機材料のフロンティア

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Interfacial Al₂O₃ engineering suppresses charge recombination at Ru(II) complex-incorporating NiO photocathodes, prolonging carrier lifetimes and significantly enhancing visible-light-driven CO₂ reduction efficiency.
https://t.co/meBJIDXJA4

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | Chem. Commun. (Onda, Maeda et al.) “Introducing an insulating alumina layer into a molecular photocathode to improve CO2 reduction activity” https://t.co/0nnWiBPJgl

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | Chem. Mater. (Motohashi, Sugimoto, et al.) “Unconventional Oxygen Storage/Release Properties of Melilite-Type Ba2MnGe2O7+δ Associated with Complex Structural Transformation” https://t.co/etJKiOiNQI

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Real-time insights into cobalt oxide nanoparticle catalysts via in situ X-ray absorption – advancing sustainable water splitting. https://t.co/zGlqRIxoq6

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Identification of a new structural series within the FA-Pb-I perovskite solar cell system, one of the most extensively studied compositions. https://t.co/SCNZoCcTPK

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Can molecular electrocatalysts survive CO₂ reduction? By tuning substituent positions in Pb–S coordination polymers, we achieved highly selective and stable formate production and uncovered clear structure–performance relationships. https://t.co/be7lmvde9R

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | ACS Catal. (Maeda, Onda et al.) “Charge Transfer Dynamics in Dye-Sensitized Photocatalysts Using Metal Complex Sensitizers with Long-Wavelength Visible Light Absorption Based on Singlet–Triplet Excitation” https://t.co/ia7xojl2Jd

[超セラミックス｜学術変革領域研究A @SupraCeramics]

超セラミックスの教科書が発刊されます！https://t.co/hWz7p3ROWJ

[超セラミックス｜学術変革領域研究A @SupraCeramics]

分子が入るとセラミックスはここまで変わる。新機能が次々生まれる“超”な材料の最前線。
https://t.co/5NGBJkGe2L

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | Inorg. Chem. (Ohmi, Ogawa, Yamamoto, et al.) “Geometric Isomers of Bipyridinium in Lead Halide Perovskitoids” https://t.co/0dBTKorTer

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | Chem. Commun. (Kusumoto, Tsuji et al.) “Ferromagnetic and Plastically Deformable Organic-Inorganic Hybrid Crystal: (C₇H₉NH₃)₂CuCl₄” https://t.co/XekJfygPmS

[超セラミックス｜学術変革領域研究A @SupraCeramics]

https://t.co/qFRgAgpxPK
Discovery of a Sr-Ga oxy-hydroxide, Sr2Ga3O6(OH), exhibiting high thermal stability. Its robust structural framework renders this compound a promising proton functional material for high-temperature applications.

[超セラミックス｜学術変革領域研究A @SupraCeramics]

ニュースレターvol.6公開！ https://t.co/lSmHhYcPr8

[超セラミックス｜学術変革領域研究A @SupraCeramics]

https://t.co/kYlZPecxnR
The innovative synthesis method “vapor hydroxidation” using high-temperature treatment in concentrated water vapor yields a thermally stable, proton-conducting oxy-hydroxide, [Ba2Ox(OH)y]0.55InO2.https://t.co/fKG9fg96o3

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | J. Phys. Soc. Jpn. (Satake, Ramakrishnan, Kawata, Nohara) “Unusually High Europium Filling in Skutterudite with Group 9 Transition Metals: Eu(Rh0.93Co0.07)4P12” https://t.co/sTGMGHKwtQ

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Unlocking new catalytic powers!
Discover how anion-controlled inorganic materials are changing the game in small-molecule conversions—from water oxidation to CO₂ reduction.
Catch the latest perspective on this cutting-edge chemistry!
https://t.co/dlo8rXGDUe

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | Adv. Funct. Mater. (Maeda, Ishiwari, Tanaka et al.) “Fibrous Pb(II)-Based Coordination Polymer Operable as a Photocatalyst and Electrocatalyst for High-Rate, Selective CO2-to-Formate Conversion” https://t.co/e4UxjpcJ6s

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Publication | Chem Catal. (Okazaki, Maeda et al.) “Discovery of the threshold potential that triggers photochemical water oxidation with Ru(II) photosensitizers and MOx catalysts” https://t.co/2Hw381OLW2

[超セラミックス｜学術変革領域研究A @SupraCeramics]

A review paper that summarizes the concept of supra-ceramics and the related research works has been published!
超セラミックスに関するレビュー論文が出版されました！
https://t.co/5NGBJkFGdd

[超セラミックス｜学術変革領域研究A @SupraCeramics]

Sci. Technol. Adv. Mater.誌に超セラミックスのレビュー論文が掲載！ https://t.co/YUHmjfI5Bz