Spectral tuning is a diverse topic, both with regard to mechanism and with regard to biological significance. We have touched upon a related topic already when dealing with quantum dots in Chapter 5. In organisms, spectral tuning can be achieved both by chemical means (choice of pigment) and by physical means. The latter aspect is treated towards the end of the chapter in a section on structural color. As for the functional aspect, spectral tuning has significance for photosynthesis, vision, bioluminescence, and coloration both for protection and signalling in various contexts
Photosynthetic pigment–protein complexes harvest solar energy with a high quantum efficiency. Protei...
International audienceThis is the first report on a multiconfigurational reference second-order pert...
Vision is the dominant sensory modality in many organisms for foraging, predator avoidance, and soci...
International audienceSynopsis Coloration is a complex phenotypic trait involving both physical and ...
The science of light and colour manipulation continues to generate interest across a range of discip...
Continued advances in a myriad of biomedical and technological fields require the rational design of...
Visual systems of vertebrates exhibit a striking level of diversity, reflecting their adaptive respo...
Conspicuous displays of color comprise an enormously diverse and functionally complex class of biolo...
Visual perception is a key element in evolution, as it is required for many life processes. Two rece...
Understanding the microscopic origin of the color tuning in pigment-protein complexes is a challengi...
Understanding the microscopic origin of the color tuning in pigment–protein complexes is a challengi...
AbstractThis session introduced the novel area of quantum effects in biological systems: it presente...
Abstract: The natural world is teeming with color, which originates either from the wavelength-depen...
AbstractThe idea that quantum-mechanical phenomena can play nontrivial roles in biology has fascinat...
International audienceThe emitting light in beetle and fireflies arises from the electronic relaxati...
Photosynthetic pigment–protein complexes harvest solar energy with a high quantum efficiency. Protei...
International audienceThis is the first report on a multiconfigurational reference second-order pert...
Vision is the dominant sensory modality in many organisms for foraging, predator avoidance, and soci...
International audienceSynopsis Coloration is a complex phenotypic trait involving both physical and ...
The science of light and colour manipulation continues to generate interest across a range of discip...
Continued advances in a myriad of biomedical and technological fields require the rational design of...
Visual systems of vertebrates exhibit a striking level of diversity, reflecting their adaptive respo...
Conspicuous displays of color comprise an enormously diverse and functionally complex class of biolo...
Visual perception is a key element in evolution, as it is required for many life processes. Two rece...
Understanding the microscopic origin of the color tuning in pigment-protein complexes is a challengi...
Understanding the microscopic origin of the color tuning in pigment–protein complexes is a challengi...
AbstractThis session introduced the novel area of quantum effects in biological systems: it presente...
Abstract: The natural world is teeming with color, which originates either from the wavelength-depen...
AbstractThe idea that quantum-mechanical phenomena can play nontrivial roles in biology has fascinat...
International audienceThe emitting light in beetle and fireflies arises from the electronic relaxati...
Photosynthetic pigment–protein complexes harvest solar energy with a high quantum efficiency. Protei...
International audienceThis is the first report on a multiconfigurational reference second-order pert...
Vision is the dominant sensory modality in many organisms for foraging, predator avoidance, and soci...