New paper from the group on "Trap-assisted circularly polarized photodetectors" and I am very happy that I could play a little role in it!
Check it out!! 👇
Check out our recent work on traps to enhance the detection selectivity of an organic circularly polarised photodetector. With a cool large area imager! Wonderful collab with @Nicogaspa and many others! @OxfordChemistry, @SPC_Oxford https://t.co/lbgfWwJCqy
Check out our recent work on traps to enhance the detection selectivity of an organic circularly polarised photodetector. With a cool large area imager! Wonderful collab with @Nicogaspa and many others! @OxfordChemistry, @SPC_Oxford https://t.co/lbgfWwJCqy
I’m excited to share my first @J_A_C_S paper as a corresponding author. Many thanks to everyone who contributed to this work @Kasprzak_WUT@SJZelewski and @NCN_PL for funding. https://t.co/COmuC6SeoF
Check out our latest work on [8]Helicene Bisbenzimidazoles
Through-Bond versus Through-Space Conjugation and High‑Dissymmetry Chiroptical Switching in Proton–Responsive [8]Helicene Bisbenzimidazoles - now published in Journal of Materials Chemistry C https://t.co/7Z2MgGTEAE
Huge publication alert 🤯🥳📣
Our broad one-pot fluorochemical upcycling protocol has today been published in @NatureChemistry. Together with my former colleagues at @crimmingroup@imperialcollege@impchemistry a solution to a global problem was provided (even to 50 g & 1.5 g/h)
Interested in chiral π-conjugated systems and CISS? Our latest work from @KyotoU_News is now out in @J_A_C_S ! We report a highly stable NH-doped chiral nanographene showing excellent spin filtering alongside rich (chir)optical and electronic properties. https://t.co/gqrivJoW0o
Check out our latest in @ACSEnergyLett :
Damon explores how #chirality may impact singlet fission and triplet fusion in molecular semiconductors as a new twist for efficient photon management. #OpenAccess@EPFL_en@EPFL_CHEM_Tweet https://t.co/XmMtShAxap
Our paper on the electrical control of circularly polarized electroluminescence in OLEDs is out now in @NaturePhotonics .
https://t.co/yGNzXi1EEB
Huge congrats to Francesco, @jesswade, @nicogaspa and a host of amazing co-workers and collaborators
@OxfordChemistry@SPC_Oxford
Looking for an enthusiastic PhD student to come to Oxford next year to design and synthesise cool luminescent organics. Please share 🙂 @OxfordChemistry@ERC_Research
https://t.co/PIpPJGPqnR
Who wants to come and work with our group @OxfordChemistry on photoswitches and photopharmacology 🙋♀️🙋🏻🙋♂️
Apply for our open postdoc position now! Deadline 28th Feb. Retweets appreciated
https://t.co/uECFSXiITV
Why control photon spin from OLEDs using molecular handedness when you can do it electrically? Check out our new preprint. Very excited about this one! @OxfordChemistry . Short explainer thread on the other (better) place 🟦☁️. https://t.co/CWougnR9d2
Great start of 2025 with Matilde’s first paper on narrowband detection in #OPDs. Matilde synthetised a novel polymer which allows charge collection narrowing. And first joint paper with Bob’s group at UCL. @impchemistry@CPE_Imperial@CDT_ACM@GroupHeeney https://t.co/ZnjMtc8X96
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
Check out our latest pre-print on magneto-optical (Faraday rotation) phenomena in chiral organic polymers! 🧲+💡+🌀
I am very happy that I could contribute to this fantastic collaboration!
It is wonderful to finally showcase our collaboration with @SwagerGroup and @jesswade on the Faraday rotation of chiral organic polymers. See our preprint. https://t.co/ScOXtMiLZk. For an explainer thread, check out the other place (🟦☁️). Well done to all authors!
Our work @GroupGuldi@UnIFAU about the molecular origins of red light absorption in Carbon Dots is receiving a lot of views since publication! Stay tuned for more molecular insights! https://t.co/s9pS6x7wLF #ViewsMilestone
Check out @nanohoops latest on strain-promoted reactivity of bent alkynes to make highly fluorescent, pinwheel-like carbon nanostructures, now published in @J_A_C_S https://t.co/r0IxWkmyK2
Our paper titled "Inner-Bond-Cleavage Approach to Figure-Eight Macrocycles from Planar Aromatic Hydrocarbons" has been published in @J_A_C_S! This paper is Open Access. Please read it.
https://t.co/JpmyuaSrea