Conspectus The role of coherences, or coherently excited superposition states, in complex
condensed-phase systems has been the topic of intense interest and debate for a number of …

A two-ligand system composed of the predesigned multivalent and complementary
terpyridine-based ligands was exploited to construct heteroleptic metallo-supramolecules …

Cryptophyte algae are well-known for their ability to survive under low light conditions using
their auxiliary light harvesting antennas, phycobiliproteins. Mainly acting to absorb light …

In addition to their membrane‐bound chlorophyll a/c light‐harvesting antenna, the
cryptophyte algae have evolved a unique phycobiliprotein antenna system located in the …

Photosynthetic organisms have developed diverse antennas composed of
chromophorylated proteins to increase photon capture. Cryptophyte algae acquired their …

Cryptophytes are photosynthetic microalga that flourish in a remarkable diversity of natural
environments by using pigment-containing proteins with absorption maxima tuned to each …

The light-harvesting mechanisms of cryptophyte antenna complexes have attracted
considerable attention due to their ability to exhibit maximal photosynthetic activity under …

Photosynthetic organisms use pigment–protein complexes to capture the sunlight that
powers most life on earth. Within these complexes, the position of the embedded pigments is …

The attribution of quantum beats observed in the time-resolved spectroscopy of
photosynthetic light-harvesting antennae to nontrivial quantum coherences has sparked a …

Cryptophyte algae have a unique phycobiliprotein light-harvesting antenna that fills a
spectral gap in chlorophyll absorption, however, it is unclear how it transfers energy …