In this paper we investigate the reflection of circularly polarized light from the exocuticle of the scarabaeid beetle Gymnopleurus virens. Reflection spectra are deeply modulated, exhibiting a number of relatively narrow well-defined peaks, which differ from previously studied specimens. By comparing model calculations and electron microscopy work with the recorded spectra, we can propose the presence of specific structural defects responsible for the unusual spectra. 1
Light reflected from the scarab beetles Cetonia aurata (C. aurata) and Chrysina gloriosa (C. glorios...
Helicoidal architectures comprising various polysaccharides, such as chitin and cellulose, have bee...
AbstractThe optical properties of light reflected from the cuticle of the scarab beetle Cotinis muta...
The scientific study of structural colour in nature dates back over 300 years. The structural colo...
An extended spectroscopic study on the left-through-left circularly polarised reflection spectra of ...
Variation in the reflection of circularly polarized light (CP) of a substantial number of beetles, o...
In this chapter the occurrence of circularly polarized (CP) light in nature (both in the abiotic and...
A Mueller matrix of a sample can be used to determine the polarization of reflected light for inc...
In nature, both fundamental and sophisticated ecological functionality alike are driven by the displ...
The spectacular biodiversity of our planet is the result of millions of years of evolution. Over thi...
The complexity of multilayers, photonic crystals, metamaterials and other artificial materials has ...
The scarab beetle Chrysina gloriosa is green with gold-colored stripes along its elytras. The proper...
SummaryIt has long been known that the iridescent cuticle of many scarab beetles reflects circularly...
The complexity of multilayers, photonic crystals, metamaterials and other artifi...
Optical properties of natural photonic structures can inspire material developments in diversified a...
Light reflected from the scarab beetles Cetonia aurata (C. aurata) and Chrysina gloriosa (C. glorios...
Helicoidal architectures comprising various polysaccharides, such as chitin and cellulose, have bee...
AbstractThe optical properties of light reflected from the cuticle of the scarab beetle Cotinis muta...
The scientific study of structural colour in nature dates back over 300 years. The structural colo...
An extended spectroscopic study on the left-through-left circularly polarised reflection spectra of ...
Variation in the reflection of circularly polarized light (CP) of a substantial number of beetles, o...
In this chapter the occurrence of circularly polarized (CP) light in nature (both in the abiotic and...
A Mueller matrix of a sample can be used to determine the polarization of reflected light for inc...
In nature, both fundamental and sophisticated ecological functionality alike are driven by the displ...
The spectacular biodiversity of our planet is the result of millions of years of evolution. Over thi...
The complexity of multilayers, photonic crystals, metamaterials and other artificial materials has ...
The scarab beetle Chrysina gloriosa is green with gold-colored stripes along its elytras. The proper...
SummaryIt has long been known that the iridescent cuticle of many scarab beetles reflects circularly...
The complexity of multilayers, photonic crystals, metamaterials and other artifi...
Optical properties of natural photonic structures can inspire material developments in diversified a...
Light reflected from the scarab beetles Cetonia aurata (C. aurata) and Chrysina gloriosa (C. glorios...
Helicoidal architectures comprising various polysaccharides, such as chitin and cellulose, have bee...
AbstractThe optical properties of light reflected from the cuticle of the scarab beetle Cotinis muta...