Doublet luminescent materials are attracting attention because 100% exciton utilization efficiency can be achieved in OLEDs. However, it has severe problems such as poor stability. This research intro [...]
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コロイド、細胞などの「ソフトマター」は要素間の結合が弱いため、微小な力が系のダイナミクスを大きく決める。近年、生体物質による揺らぎで、細胞内部の巨視的な物性が変化することが解明され、局所ダイナミクスとそれにより誘起される巨視的応答を理解する重要性が認識され始めている。本研究では、外場応答性粒子を用いて揺らぎを制御し、揺らぎと誘起される構造との関係を解明し、高効率な外場応答性複合材料の創生を目指す。
The lifetime of the excited triplet state (T1) is over 1,000 times longer than that of the excited singlet state (S1). The long-lived T1 state induces non-radiative exciton decay processes, leading to [...]
The utilization of biomaterial feedstocks to fabricate advanced materials is the vital area of the research needed to achieve an energy future independent of fossil fuels. My research concerns the che [...]
All-solid-state fluoride shuttle batteries that use fluoride ions as carriers are attracting attention as batteries with higher energy density than lithium-ion batteries. As a cathode active material, [...]
In the realm of material science, there is a growing focus on leveraging computational approaches to predict and discover novel structures. However, the existing methods involve resource-intensive and [...]
Temperature in thermal plasmas is one of the important parameters that determine transport and thermodynamic properties. An imaging technique that combines a high-speed video camera (HSVC) with a pair [...]
Organic light-emitting diodes (OLEDs) and organic semiconductor lasers have been highly attractive due to their advantages of lower cost, chemical structural tunability for wide-range emission colors, [...]