Meeting growing energy demands sustainably is one of the greatest challenges facing the
world. The sun strikes the Earth with sufficient energy in 1.5 h to meet annual world energy …

A critical selection of the recent literature reports on the use of photosynthetic and
photoresponsive bacteria as a source of materials for optoelectronics and photonic devices …

Photosynthetic reaction centers catalyze the majority of solar energy conversion on the
Earth. Under low-intensity illumination, this is achieved with a near-unity quantum efficiency …

Abstract The Light-Harvesting (LH) pigment-protein complexes found in photosynthetic
organisms have the role of absorbing solar energy with high efficiency and transferring it to …

Bioelectrochemical systems have been used to enhance the carbon sequestration of
photosynthetic bacteria (PSB), but it is unclear whether the electrical stimulation affects the …

Phospholipid–protein interactions play important roles in regulating the function and
morphology of photosynthetic membranes in purple phototrophic bacteria. Here, we …

A functional linkage between light-harvesting and photocatalytic components is a pivotal
issue for using solar energy in chemical conversions; however, this concept is far from being …

Many strategies for meeting mankind's future energy demands through the exploitation of
plentiful solar energy have been influenced by the efficient and sustainable processes of …

Light-harvesting (LH) complexes in photosynthetic organisms absorb photons within limited
wavelength ranges over a broad solar spectrum. Extension of the LH wavelength has been …

The bacterial photosynthetic reaction centre (RC) is a membrane spanning protein that,
upon illumination, promotes the reduction of a ubiquinone molecule withdrawing electrons …