#mrtadf search results
Our latest in @ChemRxiv (doi.org/10.26434/chemr…), a collaborative work w/group of Ifor Samuel, where we disclose a heavy-atom-free #mrtadf emitter that delivers deep blue emission and ultra-fast RISC. #OLEDs show remarkably mild efficiency roll-off. @StAndrewsChem @StAndrewsOsc
Congratulations to @HammerlingLea, @DaveLSHall, Elliot, & Tabea for their paper (dx.doi.org/10.1039/D5SC04…) accepted in @ChemicalScience that demonstrates how diindolocarbazole #mrtadf compounds act as energy transfer #photocatalysts. @StAndrewsChem @StAndrewsOsc @PhotoReAct1
Check out our latest preprint in @ChemRxiv (dx.doi.org/10.26434/chemr…) on liquid crystalline #mrtadf emitters, this time using semiperfluorinated mesogenic units. This work has been done in collaboration with the @LaschatGroup. @StAndrewsChem @StAndrewsOsc
Check out our latest publication in @ChemRxiv (doi.org/10.26434/chemr…), which documents the design of discotic liquid crystalline #mrtadf emitters for #spoleds, in collaboration with the Gather and Lehmann groups. @StAndrewsChem @StAndrewsOsc
Congratulations to @oli_s_lee👏 for his paper accepted in Adv. Sci. @advportfolio (dx.doi.org/10.1002/advs.2…) showcasing unique #mrtadf/#rtp biluminescence from azaindolocarbazoles🥳 @StAndrewsChem @StAndrewsOsc
Congrats to @FatahiMahni for his paper(doi.org/10.1039/D5TC02…) accepted in JMCC @JMaterChem investigating the impact of saturation on the properties of a family of #mrtadf emitters. @TADFSolutionsDF @StAndrewsChem @StAndrewsOsc
Enjoying my time in Ottawa at the @csc2025. Gave two talks today and so now I can relax. Got to highlight the group’s recent #mrtadf emitter and #photocatalysis work. @StAndrewsChem
The group welcomes Liam💐 from ENS Lyon for a short-term stay. Liam will be working on #mrtadf emitter design.🥳
Check out our most recent paper in @ChemRxiv (doi.org/10.26434/chemr…), which documents a nice structure-property relationship of the impact of incorporation of spirobifluorene units on the photophysics and device performance of DiKTa-based #mrtadf emitters and #oleds.
Just out in @ChemRxiv is a collaborative study focusing on the HAE, the importance of regiochemistry, and how it affects the photophysics of #mrtadf emitters and #OLED performance. @standrewschem @standrewsOSC.👩🔬🧪
🤩Just out in @ChemRxiv (dx.doi.org/10.26434/chemr…) is a collaborative study with the Kaji group of a cool #mrtadf emitter for use in solution-processable #oleds designed by @JingxiangWang1 @StAndrewsChem @StAndrewsOsc
Check out our latest in @ChemRxiv (dx.doi.org/10.26434/chemr…) showcasing helically chiral N/C=O #mrtadf emitters and high-performance #oleds. Work in collaboration with the groups of @JeanneCrassous & Ifor Samuel. @standrewsosc @standrewschem @TADFSolutionsDF
Congratulations to @JingxiangWang1 for his paper accepted in @OrgChemFront (doi.org/10.1039/D5QO00…) on the design of #mrtadf emitter for #spoleds. This is part of a fruitful collaboration with the @GroupKaji. @StAndrewsChem @StAndrewsOsc
Congratulations to @DongyangC for his paper accepted in @AdvPortfolio (bit.ly/4i471e4) that demonstrates the importance of the position of heavy atoms in enhancing SOC in #mrtadf emitters for #oleds. In collab. w/ the group of Xiaohong Zhang. @StAndrewsChem @StAndrewsOsc
Check out our latest in @ChemRxiv (doi.org/10.26434/chemr…), exploring the impact of saturation of Cz donors in #mrtadf emitter design. @StAndrewsChem @StAndrewsOsc @TADFSolutionsDF
Check out our most recent contribution in collab with the Pal group at @durham_uni in @ChemRxiv (doi.org/10.26434/chemr…) where we document the first examples of 2-photon absorbing (#2PA) #CPL from a chiral #mrtadf emitter. @StAndrewsChem @StAndrewsOsc
Just out in @ChemRxiv (chemrxiv.org/engage/chemrxi…) is our latest study highlighting the benefits of mesityl substitution of #mrtadf emitters to both increase kRISC and suppress ACQ, leading to improved #oled performance.@StAndrewsChem @StAndrewsOsc
Congratulations to @Janine_812 👏for her accepted review in Adv. Optical Mater. @AdvPortfolio (advanced.onlinelibrary.wiley.com/doi/10.1002/ad…) on hyperphosphorescent #oleds with #mrtadf terminal emitters, a review in collaboration with Emma Puttock and @StefanBraese.🥳 @StAndrewsChem @StAndrewsOsc
On my way to the #CSC2023 in Vancouver. Been over a decade since I last visited the west coast of Canada. Looking forward to catching up w/ friends and family, and to seeing some great science. Giving 2 talks as well on #RTP and #mrtadf materials, showing off @ezc_group research.
Congratulations to @SenWu11 @DongyangC, and Mathilde for their paper accepted in @ChemicalScience.rsc.org (dx.doi.org/10.1039/D5SC03…) that documents the smallest 3-boron-containing #mrtadf emitter and its use in #oleds.
Check out our latest submission in @chemrxiv (doi.org/10.26434/chemr…) that reports what we think is the smallest 3-Boron #MR-TADF emitter and its use in high-performance #oleds. Great work from @SenWu11 , @DongyangC and Mathilde.👏 @StAndrewsChem @StAndrewsOsc
Our latest in @ChemRxiv (doi.org/10.26434/chemr…), a collaborative work w/group of Ifor Samuel, where we disclose a heavy-atom-free #mrtadf emitter that delivers deep blue emission and ultra-fast RISC. #OLEDs show remarkably mild efficiency roll-off. @StAndrewsChem @StAndrewsOsc
Congratulations to @HammerlingLea, @DaveLSHall, Elliot, & Tabea for their paper (dx.doi.org/10.1039/D5SC04…) accepted in @ChemicalScience that demonstrates how diindolocarbazole #mrtadf compounds act as energy transfer #photocatalysts. @StAndrewsChem @StAndrewsOsc @PhotoReAct1
Check out our latest preprint in @ChemRxiv (dx.doi.org/10.26434/chemr…) on liquid crystalline #mrtadf emitters, this time using semiperfluorinated mesogenic units. This work has been done in collaboration with the @LaschatGroup. @StAndrewsChem @StAndrewsOsc
Check out our latest publication in @ChemRxiv (doi.org/10.26434/chemr…), which documents the design of discotic liquid crystalline #mrtadf emitters for #spoleds, in collaboration with the Gather and Lehmann groups. @StAndrewsChem @StAndrewsOsc
Congrats to @FatahiMahni for his paper(doi.org/10.1039/D5TC02…) accepted in JMCC @JMaterChem investigating the impact of saturation on the properties of a family of #mrtadf emitters. @TADFSolutionsDF @StAndrewsChem @StAndrewsOsc
Congratulations to @FatahiMahni and @DongyangC for their paper (dx.doi.org/10.1039/D5MA00…) accepted in #materialsadvances #rsc demonstrating the value of mesityl groups in suppressing ACQ in #mrtadf emitters.🥳🎊@StAndrewsChem @StAndrewsOsc
Just out in @ChemRxiv (chemrxiv.org/engage/chemrxi…) is our latest study highlighting the benefits of mesityl substitution of #mrtadf emitters to both increase kRISC and suppress ACQ, leading to improved #oled performance.@StAndrewsChem @StAndrewsOsc
Check out our most recent contribution in collab with the Pal group at @durham_uni in @ChemRxiv (doi.org/10.26434/chemr…) where we document the first examples of 2-photon absorbing (#2PA) #CPL from a chiral #mrtadf emitter. @StAndrewsChem @StAndrewsOsc
Check out our latest in @ChemRxiv (doi.org/10.26434/chemr…), exploring the impact of saturation of Cz donors in #mrtadf emitter design. @StAndrewsChem @StAndrewsOsc @TADFSolutionsDF
Congratulations to @SenWu11 @DongyangC, and Mathilde for their paper accepted in @ChemicalScience.rsc.org (dx.doi.org/10.1039/D5SC03…) that documents the smallest 3-boron-containing #mrtadf emitter and its use in #oleds.
Check out our latest submission in @chemrxiv (doi.org/10.26434/chemr…) that reports what we think is the smallest 3-Boron #MR-TADF emitter and its use in high-performance #oleds. Great work from @SenWu11 , @DongyangC and Mathilde.👏 @StAndrewsChem @StAndrewsOsc
Check out our most recent paper in @ChemRxiv (doi.org/10.26434/chemr…), which documents a nice structure-property relationship of the impact of incorporation of spirobifluorene units on the photophysics and device performance of DiKTa-based #mrtadf emitters and #oleds.
Enjoying my time in Ottawa at the @csc2025. Gave two talks today and so now I can relax. Got to highlight the group’s recent #mrtadf emitter and #photocatalysis work. @StAndrewsChem
Congratulations to @Janine_812 👏for her accepted review in Adv. Optical Mater. @AdvPortfolio (advanced.onlinelibrary.wiley.com/doi/10.1002/ad…) on hyperphosphorescent #oleds with #mrtadf terminal emitters, a review in collaboration with Emma Puttock and @StefanBraese.🥳 @StAndrewsChem @StAndrewsOsc
Congratulations to @oli_s_lee👏 for his paper accepted in Adv. Sci. @advportfolio (dx.doi.org/10.1002/advs.2…) showcasing unique #mrtadf/#rtp biluminescence from azaindolocarbazoles🥳 @StAndrewsChem @StAndrewsOsc
The group welcomes Liam💐 from ENS Lyon for a short-term stay. Liam will be working on #mrtadf emitter design.🥳
Just out in @ChemRxiv (chemrxiv.org/engage/chemrxi…) is our latest study highlighting the benefits of mesityl substitution of #mrtadf emitters to both increase kRISC and suppress ACQ, leading to improved #oled performance.@StAndrewsChem @StAndrewsOsc
Congratulations to @DongyangC for his paper accepted in @AdvPortfolio (bit.ly/4i471e4) that demonstrates the importance of the position of heavy atoms in enhancing SOC in #mrtadf emitters for #oleds. In collab. w/ the group of Xiaohong Zhang. @StAndrewsChem @StAndrewsOsc
Check out our latest in @ChemRxiv (dx.doi.org/10.26434/chemr…) showcasing helically chiral N/C=O #mrtadf emitters and high-performance #oleds. Work in collaboration with the groups of @JeanneCrassous & Ifor Samuel. @standrewsosc @standrewschem @TADFSolutionsDF
Congratulations to @JingxiangWang1 for his paper accepted in @OrgChemFront (doi.org/10.1039/D5QO00…) on the design of #mrtadf emitter for #spoleds. This is part of a fruitful collaboration with the @GroupKaji. @StAndrewsChem @StAndrewsOsc
Just out in @ChemRxiv is a collaborative study focusing on the HAE, the importance of regiochemistry, and how it affects the photophysics of #mrtadf emitters and #OLED performance. @standrewschem @standrewsOSC.👩🔬🧪
🤩Just out in @ChemRxiv (dx.doi.org/10.26434/chemr…) is a collaborative study with the Kaji group of a cool #mrtadf emitter for use in solution-processable #oleds designed by @JingxiangWang1 @StAndrewsChem @StAndrewsOsc
Congratulations to @HammerlingLea, @DaveLSHall, Elliot, & Tabea for their paper (dx.doi.org/10.1039/D5SC04…) accepted in @ChemicalScience that demonstrates how diindolocarbazole #mrtadf compounds act as energy transfer #photocatalysts. @StAndrewsChem @StAndrewsOsc @PhotoReAct1
Our latest in @ChemRxiv (doi.org/10.26434/chemr…), a collaborative work w/group of Ifor Samuel, where we disclose a heavy-atom-free #mrtadf emitter that delivers deep blue emission and ultra-fast RISC. #OLEDs show remarkably mild efficiency roll-off. @StAndrewsChem @StAndrewsOsc
Check out our latest preprint in @ChemRxiv (dx.doi.org/10.26434/chemr…) on liquid crystalline #mrtadf emitters, this time using semiperfluorinated mesogenic units. This work has been done in collaboration with the @LaschatGroup. @StAndrewsChem @StAndrewsOsc
Check out our latest publication in @ChemRxiv (doi.org/10.26434/chemr…), which documents the design of discotic liquid crystalline #mrtadf emitters for #spoleds, in collaboration with the Gather and Lehmann groups. @StAndrewsChem @StAndrewsOsc
Congratulations to @oli_s_lee👏 for his paper accepted in Adv. Sci. @advportfolio (dx.doi.org/10.1002/advs.2…) showcasing unique #mrtadf/#rtp biluminescence from azaindolocarbazoles🥳 @StAndrewsChem @StAndrewsOsc
@ICEL24Kyoto @chemguy_eli presents some of the group's recent results on #mrtadf emitters for #oleds @StAndrewsChem @StAndrewsOsc
🤩Just out in @ChemRxiv (dx.doi.org/10.26434/chemr…) is a collaborative study with the Kaji group of a cool #mrtadf emitter for use in solution-processable #oleds designed by @JingxiangWang1 @StAndrewsChem @StAndrewsOsc
Check out our latest in @ChemRxiv (dx.doi.org/10.26434/chemr…) showcasing helically chiral N/C=O #mrtadf emitters and high-performance #oleds. Work in collaboration with the groups of @JeanneCrassous & Ifor Samuel. @standrewsosc @standrewschem @TADFSolutionsDF
Just out in @ChemRxiv is a collaborative study focusing on the HAE, the importance of regiochemistry, and how it affects the photophysics of #mrtadf emitters and #OLED performance. @standrewschem @standrewsOSC.👩🔬🧪
Congratulations to @JingxiangWang1 for his paper accepted in @OrgChemFront (doi.org/10.1039/D5QO00…) on the design of #mrtadf emitter for #spoleds. This is part of a fruitful collaboration with the @GroupKaji. @StAndrewsChem @StAndrewsOsc
Check out our most recent contribution in collab with the Pal group at @durham_uni in @ChemRxiv (doi.org/10.26434/chemr…) where we document the first examples of 2-photon absorbing (#2PA) #CPL from a chiral #mrtadf emitter. @StAndrewsChem @StAndrewsOsc
Check out our most recent paper in @ChemRxiv (doi.org/10.26434/chemr…), which documents a nice structure-property relationship of the impact of incorporation of spirobifluorene units on the photophysics and device performance of DiKTa-based #mrtadf emitters and #oleds.
Check out our latest in @ChemRxiv (doi.org/10.26434/chemr…), exploring the impact of saturation of Cz donors in #mrtadf emitter design. @StAndrewsChem @StAndrewsOsc @TADFSolutionsDF
Mahni @FatahiMahni presents at @ICEL24Kyoto, highlighting the value of solution-processable #mrtadf emitters. @TADFSolutionsDF @StAndrewsChem @StAndrewsOsc.
Congratulations to @DongyangC for his paper accepted in @AdvPortfolio (bit.ly/4i471e4) that demonstrates the importance of the position of heavy atoms in enhancing SOC in #mrtadf emitters for #oleds. In collab. w/ the group of Xiaohong Zhang. @StAndrewsChem @StAndrewsOsc
Enjoying my time in Ottawa at the @csc2025. Gave two talks today and so now I can relax. Got to highlight the group’s recent #mrtadf emitter and #photocatalysis work. @StAndrewsChem
Congrats to @FatahiMahni for his paper(doi.org/10.1039/D5TC02…) accepted in JMCC @JMaterChem investigating the impact of saturation on the properties of a family of #mrtadf emitters. @TADFSolutionsDF @StAndrewsChem @StAndrewsOsc
The group welcomes Liam💐 from ENS Lyon for a short-term stay. Liam will be working on #mrtadf emitter design.🥳
Just out in @ChemRxiv (chemrxiv.org/engage/chemrxi…) is our latest study highlighting the benefits of mesityl substitution of #mrtadf emitters to both increase kRISC and suppress ACQ, leading to improved #oled performance.@StAndrewsChem @StAndrewsOsc
Congratulations to @Janine_812 👏for her accepted review in Adv. Optical Mater. @AdvPortfolio (advanced.onlinelibrary.wiley.com/doi/10.1002/ad…) on hyperphosphorescent #oleds with #mrtadf terminal emitters, a review in collaboration with Emma Puttock and @StefanBraese.🥳 @StAndrewsChem @StAndrewsOsc
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