Light harvesting is the study of materials and molecules that capture photons of solar light. This includes studies to better understand the light-harvesting properties of photosynthetic organisms or those of artificial systems that are designed and synthesised to promote photochemical reactions or produce solar fuels.
The development of light-harvesting technologies is an elaborate process, which involves design choices based on theoretical models and hypotheses regarding the governing principles of light-harvesting, and the synthesis and characterization of light-harvesting materials and devices.
The key to viable artificial light-harvesting systems are operations at high power conversion efficiencies with long life times and low production costs.
Designing light-harvesting devices requires a well-founded understanding of the emergence of macroscopic materials properties from their microscopic structures. Computational models can help to unveil these structure-property relations and thus accelerate the targeted development of artificial light-harvesting systems.
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Würzburg researchers from the Bavarian initiative Solar Technologies Go Hybrid are reporting progress on the road to more efficient utilisation of solar energy: they have …
Photosynthesis provides a natural model for efficient light harvesting, inspiring the development of artificial systems designed to mimic this capability in capturing and converting …
Solar energy harvester collects light power from either the outdoor or the indoor situations. The outdoor performance of solar cells and solar modules have been extensively …
Researchers in Germany have developed a groundbreaking new light-harvesting system that could drive a huge leap in solar cell efficiency by absorbing light across the entire …
The key to viable artificial light-harvesting systems are operations at high power conversion efficiencies with long life times and low production costs.
During this process, solar energy is converted into chemical energy and stored in organic compounds [2, 3]. Inspired by the process of photosynthesis, various kinds of artificial …
Researchers are reporting progress on the road to more efficient utilization of solar energy: They have developed an innovative light-harvesting system.
These algae live in deep ocean waters. To perform photosynthesis efficiently, they need to collect light across the entire solar spectrum, dynamically and promptly adapting their light-harvesting …
In light of the ever growing enthusiasm and enormous curiosity towards bioinspired strategy of material fabrication, this review compiles the milestone in the world of bio-hybrid …
The structural formulas of the four merocyanine dyes (left) that form the new light-harvesting system URPB when stacked (right). (Image: Alexander Schulz / Universität …
Abstract Light harvesting and energy transfer are ubiquitous processes in natural photosynthesis, significantly advancing the widespread utilization of solar energy. In this study, …
Photosynthesis is the basis for the survival of organisms in nature; consequently, the fabrication of artificial light-harvesting systems (LHSs) that …
Thin layer absorbs a lot of light energy Researchers at Julius-Maximilians-Universität (JMU) Würzburg in Bavaria, Germany, in the journal Chem, present an innovative light …
While LEDs are usually designed to maximize their performance in terms of light emission, they share the same materials and basic structure with solar cells. This similarity …
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