Photosynthetic light harvesting exhibits near-unity quantum efficiency. The high efficiency is
achieved through a series of energy and charge transfer steps within a network of pigment …

Thylakoid membranes in the chloroplast of plants, algae, and cyanobacteria are the
powerhouse of photosynthesis, capturing solar energy and converting it into chemical …

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 …

Natural photosynthetic “thylakoid” membranes found in green plants contain a large network
of light‐harvesting (LH) protein complexes. Rearrangement of this photosynthetic …

In the photosynthetic membrane of purple bacteria networks of light-harvesting 2 (LH2)
complexes capture the sunlight and transfer the excitation energy. In order to investigate the …

This article proposes an idea for the development of a novel frequency-tunable
electromagnetic energy harvester, which mainly consists of a frequency-tuning system …

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 photosynthetic light-harvesting–reaction center core complex (LH1-RC) is a natural
excitonic and photovoltaic device embedded in a lipid membrane. In order to apply LH1 …

To reveal the structure–function relationship of membrane proteins, a membrane
environment is often used to establish a suitable platform for assembly, functioning, and …

A light-harvesting strategy is crucial for the utilisation of solar energy. In this study, we
addressed the expanding light-harvesting (LH) wavelength of photosynthetic LH complex 2 …