Work supported by @erc.europa.eu , @vetenskapsradet.bsky.social

@rebecca-salthouse.bsky.social @helenhoelzel.bsky.social @pmendoncaferreira.bsky.social @mketherington.bsky.social @upc.edu @icmabcsic.bsky.social

Spain, Sweden,Denmark do

Barcelona

Yes!

Special place indeed :-)

Thanks @helenhoelzel.bsky.social @pmendoncaferreira.bsky.social @nibaggi.bsky.social @kevinmor.bsky.social @zhihang-wang.bsky.social and @moth-poulsen.bsky.social for your contribution to this work

@upc.edu @icmabcsic.bsky.social

I think that they are subcontractors to several publishers.

Thanks 🙂

Contributions from @naimoviciusl.bsky.social, M.Dapkevičius, Edvinas Radiunas, M. Miroshnichenko, Gediminas Kreiza, Carles Alcaide, P. Baronas, Yoichi Sasaki, @nobuhiroyanai.bsky.social, N. Kimizuka, @andrewbpun.bsky.social, @miquelsola.bsky.social, Pankaj Bharmoria, Karolis Kazlauskas and myself

Excited state computational analysis using TheoDORE, revealed a higher percentage of charge transfer character in S0S1 in TIPS-PY compared to PY which can enhance the coupling of the triplet-pair state with the excited singlet-state, thereby increasing the efficiency of singlet generation.

A new green-emitting annihilator (TIPS-PY) display a record red-to-green TTA-UC quantum yield. The efficiency was achieved due to features of the TIPS-PY: 1) retaining a high fluorescence QY 2) reduced triplet energy to 1.29 eV and 3) a high efficiency of singlet generation after triplet coupling

Good prediction!

😢