Semiconductor nanowires act as waveguides despite very small cross-section dimensions because of high refractive indices. The waveguiding properties of nanowires alter the way the semiconductor material interacts with light. We elaborate on the waveguiding properties of nanowires and the effect of these properties on the spontaneous emission characteristics of nanowires. The effect of waveguiding properties of nanowires on optoelectronic devices like nanowire solar cells and lasers is also discussed
The optical properties of semiconductor nanowires are both important from a fundamental materials ph...
III-V semiconductor nanowires behave as optical antennae because of their shape anisotropy and high ...
III-V semiconductor nanowires behave as optical antennae because of their shape anisotropy and high ...
Semiconductor nanowires act as waveguides despite very small cross-section dimensions because of hig...
Semiconductor nanowires act as waveguides despite very small cross-section dimensions because of hig...
Semiconductor nanowires act as waveguides despite very small cross-section dimensions because of hig...
The optical properties of semiconductor nanowires are both important from a fundamental materials ph...
The optical properties of semiconductor nanowires are both important from a fundamental materials ph...
International audienceWe review principles and trends in the use of semiconductor nanowires as gain ...
Semiconductor nanowires (or other wire-like nanostructures, including nano-ribbons and nanobelts) sy...
Semiconductor nanowires and their potential applications will be discussed. How these nanowires can ...
Since the beginning of the new millennium, the nano-materials community has witnessed an exponential...
Semiconductor nanowires combine the material properties of semiconductors, which are ubiquitous in m...
Semiconductor nanowires combine the material properties of semiconductors, which are ubiquitous in m...
ABSTRACT: Semiconductor nanowires, due to their unique electronic, optical, and chemical properties,...
The optical properties of semiconductor nanowires are both important from a fundamental materials ph...
III-V semiconductor nanowires behave as optical antennae because of their shape anisotropy and high ...
III-V semiconductor nanowires behave as optical antennae because of their shape anisotropy and high ...
Semiconductor nanowires act as waveguides despite very small cross-section dimensions because of hig...
Semiconductor nanowires act as waveguides despite very small cross-section dimensions because of hig...
Semiconductor nanowires act as waveguides despite very small cross-section dimensions because of hig...
The optical properties of semiconductor nanowires are both important from a fundamental materials ph...
The optical properties of semiconductor nanowires are both important from a fundamental materials ph...
International audienceWe review principles and trends in the use of semiconductor nanowires as gain ...
Semiconductor nanowires (or other wire-like nanostructures, including nano-ribbons and nanobelts) sy...
Semiconductor nanowires and their potential applications will be discussed. How these nanowires can ...
Since the beginning of the new millennium, the nano-materials community has witnessed an exponential...
Semiconductor nanowires combine the material properties of semiconductors, which are ubiquitous in m...
Semiconductor nanowires combine the material properties of semiconductors, which are ubiquitous in m...
ABSTRACT: Semiconductor nanowires, due to their unique electronic, optical, and chemical properties,...
The optical properties of semiconductor nanowires are both important from a fundamental materials ph...
III-V semiconductor nanowires behave as optical antennae because of their shape anisotropy and high ...
III-V semiconductor nanowires behave as optical antennae because of their shape anisotropy and high ...