A meso, meso-linked porphyrin dimer [(ZnP) 2] as a light-harvesting chromophore has been
incorporated into a photosynthetic multistep electron-transfer model for the first time …

Time-resolved fluorescence and absorption techniques have been used to investigate
energy and photoinduced electron transfer in a covalently linked free-base porphyrin …

The synthesis and excited-state dynamics are described for fixed-distancezinc diporphyrin-
zinc porphyrinpyromellitimide molecules 1-3 (DM-Im) and zinc porphyrin-pyromellitimide …

Efficient electronic energy transfer (EET) in the newly synthesized dyads comprised of zinc
porphyrin covalently linked to one, two or four numbers of boron dipyrrin (BDP) entities is …

Supramolecular triads composed of fullerene (C60) as primary electron acceptor, zinc
porphyrin (ZnP) as primary electron donor, and either a ferrocene (Fc), or N, N …

Multiple photosynthetic reaction centres have successfully been constructed using
supramolecular complexes of zinc porphyrin dendrimers [D (ZnP) n: n= 4, 8, 16] with …

Photoexcitation of a zinc imidazoporphyrin-fullerene dyad with a short linkage results in
formation of the charge-separated state by photoinduced electron transfer. The charge …

As an alternative to conventional charge-separation functional molecular models based on
multi-step long-range electron transfer (ET) within redox cascades, simple donor-acceptor …

A novel multimodular donor–acceptor polyad featuring zinc porphyrin, fullerene, ferrocene,
and triphenylamine entities was designed, synthesized, and studied as a charge‐stabilizing …

Complexes of porphyrins, phthalocyanines, and chlorophylls are well suited for modelling
both the electron and energy transfer processes in photosynthetic reaction centers and …