Our work @ScienceAdvances showcases di- and polyradical systems with near-infrared absorption and emission via a lowest-energy singlet excited state, and lots of fascinating optoelectronic properties. @ChemCambridge@DeptofPhysics
https://t.co/B90qqyBGC1
Happy to share our recent work "Spectroscopic Characterization of the Charge-Separated Zwitterionic State Responsible for the Excimer-like Emission of a Luminescent Diradical" is now on @J_A_C_S !!
https://t.co/SkfVT3px39
Very happy to share our latest work showing that radicals can be used as the single active layer material to drive light absorption and charge separation. Just published in @NatureMaterials
https://t.co/yMmrmLA9sq
https://t.co/x2UzD5AfbH
It turns out you dont need a heterojunction to generate charges in organic materials. Additionally the generated CT state is spin-paired. I think this is the future of OPV. Thanks @NatureMaterials
New paper out in Nature Communications (https://t.co/RBCHpyWYlp)! Using high-res STM, we uncover intrinsic polymerisation defects in aldol condensation-derived conjugated polymers. A fantastic collaboration with the groups of @_iainmcculloch and Jian Pei
Organic molecules can have multiple photo-accessible spin manifolds? In our paper in @NatureChemistry we show how you can read and write spin-dependent information in a unique organic molecule using photons!
https://t.co/U0zdNJDGHe
Next up: Room Temperature control!😉
I'm very excited to share our latest work where the right choice of a diradical linker gives luminescent singlet and triplet states for quantum information processing, just published in @NatureChemistry
https://t.co/RqQQZJ9Fhd
Truly honored to receive “The Shimon Vega Young Scientist Travel Award” and present my work on Polyradical Overhauser DNP at EUROMAR. Grateful to @euromar2025 for the recognition. Oulu’s “no-darkness” charm, inspiring talks, and great company made it an unforgettable experience.
🦞🤲: Our 5th year rising star Molly recently introduced a new programming platform, PolyPal, where POPs can be simulated more accurately while being user-friendly. You can access the program via her GitHub here https://t.co/ugtFZSvsIL and read more at https://t.co/NNWEJlpYYO!
Radicals coupled with TADF give access to high spin excited states. Thrilled to share our latest work with Sebastian Gorgon @DanCongraveChem@bronsteingroup@AdvPortfolio
https://t.co/H8yJyuHnKs
Want to make the best chiral semiconductor? Go organic! I and my colleagues might have a solution! Now published in @ScienceMagazine we show vacuum sublimed supramolecular self-assembly can solve the problem of getting efficient and chiral organic devices:
https://t.co/aFx68YsT8I
🚀 Thrilled to share our latest @J_A_C_S work: We engineered a novel 2D c-MOF that achieves room-temperature quantum coherence & observable Rabi oscillations! Many thanks for the collaborators! https://t.co/hRBFwpqDOv @NanochemistryL@Crc1415
I am delighted to share Shunsuke’s first author paper published in @ChemCommun!!
We presented crystal structure prediction for subphtalocyanine derivatives using molecular dynamics simulation!
Congratulations, Shunsuke!
@SMI_Lab_KU
https://t.co/9IuvxzLzUm
I'm hosting a Summer intern making and measuring organic materials. Deadline 19th Feb. Please RT
Curious about PhDs? UNIQ+ research internships at Oxford are open for applications from UK undergrads from under-represented and disadvantaged backgrounds.
https://t.co/vzKgQJOP7o
Very happy to advertise that I have a 2-year postdoc position available for anyone interested in the synthesis of radical semiconductors @AaltoUniversity
There will be a good chance to develop your own research and put it into action through collaboration
https://t.co/lik30EhmCF
I’m happy to share that I’ve started a new position as Academy Research Fellow @AaltoUniversity
funded by @SuomenAkatemia | https://t.co/gNogAWSuMW
I'm hiring a postdoc to work on synthesis of radical semiconductors starting in early 2025. Feel free to contact me. Please share.
The magnum opus from @LucaCataz - there is so much potential designing materials with dynamics in mind. The “first” (for us) of many, many, cool things in the pipeline on this topic. And a masterclass in collaboration @J_A_C_S@NaumovGroup@URochesterChem
https://t.co/VK0Gh7bwIP
Hot off thr press! This paper is rather unique; it reports 1 million increase of conductivity after doping; it reports a unique doping method; the idea was from Jordan, the first author; it was a team efforts of our DOPE MURI! Congrats to all! https://t.co/YByTHYR3nz