Organometallic Thermally-Activated Delayed Fluorescence molecules
Short-lived and narrowband photoluminescence are a hallmark of planar rigid metal complexes which have the potential to resolve existing problems of blue and near infrared OLEDs.
Molecular Modelling and Computational Chemistry
Efficient and cost-effective molecular design based on in-depth understanding of electronic transitions in luminescent materials.
Organic Light-Emitting Diodes
Design and fabrication of prototype vacuum-deposited and solution-processed OLEDs.
Room Temperature Phosphorescence without metals
Metal-free Room Temperature Phosphorescence (RTP) can be very useful for anti-counterfeit luminescent markers or tagging thanks to the dual luminescent nature and long phosphorescence lifetimes of RTP materials.
Exciplexes
Exciplexes are intriguing bimolecular species which hide many secrets despite decades of research. They are very useful in broadband luminescence applications, such as white light OLEDs, and as host OLED systems.
Excimers and aggregates of platinum(II) complexes
The significance of planar platinum(II) complexes forming face-to-face intermolecular Pt-Pt interactions cannot be underestimated. They are the most efficient emitters of Near Infrared OLEDs known.
Electrochemistry
Understanding the redox behaviour of luminescent systems is of vital importance for their application in OLEDs and device degradation studies. Electrochemical techniques can contribute to understanding of layer charge transport properties in optoelectronic devices.