https://pubs.acs.org/doi/10.1021/acscentsci.5c01040

Beautiful work!!
Using fsTA, we discovered that charge separation mediates Energy Transfer in the long-lived⏳ iron complex-anthracene dyad designed and synthesized by Felix Glaser & @ludotroian.bsky.social - just published in ACS Central Science @pubs.acs.org 🥳

t.co/14xmp6kvHS

“I truly believe that @lightconversion.bsky.social's HARPIA-LIGHT tabletop #spectroscopy #system has all the key performance features to become a best-seller,” says @ludotroian.bsky.social, professor at UCLouvain:

lightcon.com/news/lu-troi...

Nature of Anti‐Dissipative High‐Energy Excited States in Quaterpyridine‐Bridged Ruthenium Complexes Upon photoexcitation, meta-connected quaterpyridine-bridged Ru complexes undergo fast inter-ligand electron transfer like typical chromophores, but unusually slow intra-ligand electron transfer withi...

Our in-depth study about how to avoid dissipation in solar-energy conversion w/ molecular chromophores is a HOT🔥paper @angewandtechemie.bsky.social @solarfau.bsky.social @fau.de In collab with fantastic @ludotroian.bsky.social & team - European WEAVE program
onlinelibrary.wiley.com/doi/full/10....

Two Birds, One Stone: Microsecond Dark Excited-State Lifetime and Large Cage Escape Yield Afforded by an Iron–Anthracene Molecular Dyad Iron photosensitizers represent a holy grail in photochemistry, but their widespread implementation is limited by their short excited-state lifetimes and poor cage escape yields. Here, the introductio...

Microsecond Dark Excited-State Lifetime and Large Cage Escape Yield Afforded by an Iron–Anthracene Molecular Dyad! Electron and energy transfer become accessible! Check out our latest work, spearheaded by the great Felix and Simon! Out in @acs.org pubs.acs.org/doi/full/10....

A big Thank You to you, Xacobe and Ewan for the warm welcome and for everyone in the audience for the great feedback!

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