Photovoltaics
Organic and perovskite solar cells, from materials to device stability.
Welcome to
Gasparini
Group
Benvenuti nel gruppo Gasparini
欢迎访问 Gasparini 课题组
Tervetuloa Gasparini ryhmään
Bienvenue au groupe Gasparini
환영합니다 Gasparini 그룹
Willkommen in der Gasparini-Gruppe
ยินดีต้อนรับสู่กลุ่ม Gasparini
Gasparini 研究グループへようこそ
Our Research Topics
Photodetectors
Organic and perovskite photodetectors for Vis-NIR-SWIR sensing and imaging
Optoelectronics
Chiral light emission and detection, transistors, and neuromorphic devices and engineering.
Our Latest News
Research updates and moments from the group.
One dopant, improvements across three device platforms
Patipan and collaborators demonstrate how CuBr₂-doped CuSCN improves thin-film transistors, organic solar cells and single-component organic photodetectors.
Read on LinkedIn (opens in a new tab)
Ferrocene monolayers for sensitive perovskite photodetectors
Edoardo and collaborators explore ferrocene-based self-assembled monolayers, achieving high specific detectivity and demonstrating LiFi communication above 1 Mbps.
Read on LinkedIn (opens in a new tab)
Connecting photovoltaics and photodetection
Eunyoung and collaborators investigate how ferrocene interlayers influence perovskite solar cells and photodetectors, revealing why each application needs a different approach.
Read on LinkedIn (opens in a new tab)More LinkedIn updates (3)Show fewer updates
Why local order alone is not enough
Martina and collaborators investigate how side-chain branching affects donor polymers, connecting molecular structure with performance in solar cells and transistors.
Read on LinkedIn (opens in a new tab)
Congratulations, Dr Davide Nodari!
Celebrating Davide’s PhD and his research on heterojunctions between perovskites and organic photodetectors. Congratulations and all the best for what comes next.
Read on LinkedIn (opens in a new tab)
Flexible deep-UV sensors for intelligent fire detection
A collaborative sensing platform combines flexible photodetectors, wireless communication and machine learning to identify flames and estimate their relative distance.
Read on LinkedIn (opens in a new tab)Our Recent Papers
Advanced Materials
Ferrocene-Based Self-Assembled Monolayers Enable Ultra-High Specific Detectivity in Perovskite Photodetectors
Materials Science and Engineering: R: Reports
Universal performance improvements in CuSCN-based devices enabled by CuBr2 doping: Transistors, solar cells, and photodetectors
Energy & Environmental Science
Holistic design strategy of ferrocene-based interlayers for ultralow-noise perovskite photodetectors and high-efficiency solar cells
Advanced Materials
Short-Wavelength Infrared Imaging with Organic Photodetectors Based on Non-Fullerene Acceptors with Detection above 1200 nm
Nature Communications
Trap-assisted circularly polarized organic photodetector
Small
Revealing the Impact of Phase Transition on n = 1 2D Perovskite Photodetectors With Intrinsically Tunable Narrowband Detection
More publicationsFewer publications (6)
Advanced Energy Materials
Selective Charge Extraction Allows Fast Photomultiplication and Imaging in Rigid and Ultra-Flexible SWIR Organic Photodiodes
Advanced Functional Materials
The Dynamics of Interfacial Trap States in High-Detectivity Near-Infrared Photomultiplication Organic Photodetectors
Advanced Functional Materials
Ferrocene Derivatives Enable Ultrasensitive Perovskite Photodetectors with Enhanced Reverse Bias Stability
Joule
Complex formation of ferrocene derivatives with electron transport layers enables improved performance and photostability in organic solar cells
Nature Reviews Materials
Towards high and reliable specific detectivity in visible and infrared perovskite and organic photodiodes
Nature Photonics
Electrical control of photon spin angular momentum in organic electroluminescent materials
A team exploring electronic materials.
Led by Dr Nicola Gasparini in the Department of Chemistry at Imperial College London, our group studies materials and devices that convert light to current.
Meet the People
From materials to characterizations.
Our labs at Molecular Sciences Research Hubs support material synthesis, device fabrication and advanced optoelectronic characterization.
Explore Our FacilitiesJoin the group
Interested in exploring how materials interact with light? Discover opportunities to contribute to our research in semiconducting materials and optoelectronic devices.
Get in touch