Happy to announce our first collaborative work (pubs.rsc.org/en/content/art…) with saad makhseed from جامعة الكويت Kuwait University published in J. Mater. Chem. family C showing how you can shield against unwanted dimers. Northumbria Uni Durham Physics Durham Chemistry #dimersareNOTforever #TADF #OLEDs

Happy to announce this PhD opportunity in my new lab Northumbria Uni in colaboration with mcgonigalgroup Durham Chemistry. Finding photonics of the future! #fluorotonix #FluorescenceFriday #PhD #OLEDs #solarcells DM me if you are interested. findaphd.com/phds/project/f…

Congratulations Tom! It has been a pleasure to support you through this journey.

Still time to register for the NECEM Photophysics for Energy Materials Conference: Wednesday 17th February 2021 via Zoom. Great line-up of speakers including @LabEvans and Marc Kenneth Etherington. Details and registration here: bit.ly/3tbtspL CDT ReNU

Another interesting talk from Dr Piotr Pander OEM Group at the NECEM Photophysics for Energy Materials Conference.

Our workshop will now take place online on the 16th and 17th September 2021 as 'Maximising the rISC VR'. Registration and abstract submission are now open at risc-tadf.net. Hope to see you there. #MaximisingTherISC #OLEDs #TADF #fluorescencefriday

Multi-resonant #TADF compounds without the need for acceptors, it is possible! See our newest contribution in ChemRxiv (dx.doi.org/10.33774/chemr…). This work was spearheaded by Dave Hall in collaboration w/ Yoann Olivier, Anna Köhler's group, OEM Group. TADFlife.

The full schedule of speakers is now available at risc-tadf.net. Head over and check out who will be presenting their work across the two days of MTR:VR on the 16th and 17th September. There is still time to register if you would like to join us. #TADF #OLEDs #Science

Dr Iain Wright from Chemistry Loughborough Science will show how homoconjugation can be exploited in triptycene-based organic light-emitting materials to enhance their photophysical parameters and thermally activated delayed fluorescence. Join us at risc-tadf.net #TADF #rISC

Happy to have Paloma Lays present on improving the processability and efficiency of resonant thermally activated delayed fluorescence emitters. The strategy reduces quenching caused by aggregation and roll-off of efficiency in OLEDs. Join us at risc-tadf.net #TADF

Dr Yoann Olivier from UNamur will present on materials that: (a) can provide narrow emission and singlet-triplet gaps; (b) invert the energy gap to make rISC a downward process. Also how interactions can change the fundamental process of rISC. Join us at risc-tadf.net

Happy to have @FMBaiaoDias from Durham Physics talking about: pathways to efficient orange-red OLEDs; photophysics of a sky-blue non-doped OLED emitter; and how TADF can induce fast radiative decay in dinuclear platinum(II) complexes. Join us at risc-tadf.net #TADF

Great to have Emrys W. Evans from Chemistry SwanseaUni will be talking about organic radical materials and through the use of their quantum mechanical doublet-spin character they can be used for overcoming the spin statistical efficiency limit in OLEDs. Join us risc-tadf.net

Dr Tracey Clarke from UCL Chemistry will show how strategies can be incorporated into conjugated polymers to introduce TADF. The polymers' functionalities can also be controlled and switched between light emission and charge photogeneration. Join us at risc-tadf.net

Just under 24 hours until Maximising the rISC VR kicks off! 21 invited speakers and 16 poster presentations from across the world covering the diverse disciplines that are investigating TADF and the many other fields that it intersects. Join us at risc-tadf.net #MAXrISC

Prof. Ken Albrecht from Kyushu University will be presenting recent results in the design of doublet emitters. By attaching carbazole dendrimers to luminescent radicals, stability and PLQY can be increased paving the way to more efficient OLEDs. Join us at risc-tadf.net

Just accepted in Materials Horizons and a nice way to finish off the year. We show convincingly that one does not need an acceptor in a molecule for it to show MR-TADF. Congrats again to Dave Hall, Kleitos Stavrou, Eimantas, Andrew & Sergey. DOI to follow. St Andrews School of Chemistry, TADFlife

Thermally Activated Delayed Fluorescence: Polarity, Rigidity, and Disorder in Condensed Phases OEM Group Durham Chemistry Society Durham University Università di Parma #Fluorescence #Polarity #Rigidity #Disroder #CondensedPhases pubs.acs.org/doi/10.1021/ja…

Intramolecular Hydrogen Bonding in Thermally Activated Delayed Fluorescence Emitters: Is There Evidence Beyond Reasonable Doubt? dx.doi.org/10.1021/acs.jp…

Our latest publication in Advanced Functional Materials.