News
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2025.4.6The first author paper by PhD student Rajashekhar Mulimani has been accepted by Advanced Materials.
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2025.4.1We are looking for a research assistant professor to work on the "Triplet Engineering of Advanced π-Molecules" project in the Academic Transformative Area Research (A).
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2025.4.1The Academic Transformative Research (A) project, π Molecular Complexity [Representative: Professor Shigehiro Yamaguchi (Nagoya University)], has started. Hirata Laboratory is in charge of "Triplet Engineering of Advanced π Molecular Bodies" in the A02-3 planning group.
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2025.2.21We are looking for a specially appointed assistant professor in our laboratory (starting after April 2025). Please send us an email for more details.
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2025.2.6The paper by Master's student Ueda was selected as a hot paper in the Journal of Materials Chemistry C and was featured on the cover.
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2024.12.19Hirata introduced his research at the invited talk at SICC12 held in Singapore.
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2024.12.12The first author paper by Master's student Ueda has been published in J. Mater. Chem. C.
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2024.7.19Hirata gave a presentation at PhotoIUPAC2024 held in Valencia, Spain.
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2024.6.17Hirata participated in the 3rd Molecular Bioreaction Emergence Symposium (the 3rd Fukushima Panel Event) of the JST FOREST Fusion Forum held at OIST (see the gallery for photos). The page for the meeting is here.
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2024.04.15Hayashi, a 3rd year doctoral student, and Dr. Hirata gave a presentation at SPIE Photonics Europe held in Strasbourg, France (see gallery for details)
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2024.04.01We will continue to push forward with Phase 2 research of JST's FOREST program.
Recruitment
平田研究室では、外部からの当研究室への大学院修士・博士課程への進学を考えている方を歓迎いたします。また、都心近郊の企業にお勤めで社会人ドクターなどをお考えの方、博士課程で博士研究員で日本学術振興会特別研究員を希望される方等もお気軽にお問合せください。collaborative research
平田研究室では、民間企業との共同研究・受託研究を進めております。特に既存の計測装置では困難な発光や発色に関わる特殊な光物性計測や量子化学計算等で共同研究を進めています。まずはお気軽にご相談ください。
Research
- 1. Ultralong-lived room-temperature phosphorescence materials
- 2. Nonlinear optical materials with ultralong triplet lifetimes under visible light excitation
- 3. State-of-the-art organic delayed luminescence materials
- 4. Detailed investigations of the photophysics of molecular excitons