The Mac
@TheMac
20 July, 10:34
As optical frequency nanoantennas, reduced-symmetry plasmonic nanoparticles have light-scattering properties that depend strongly on geometry, orientation, and variations in dielectric environment. Here we investigate how these factors influence the spectral and angular dependence of light scattered by Au nanocups. A simple dielectric substrate causes the axial, electric dipole mode of the nanocup to deviate substantially from its characteristic cos2 θ free space scattering profile, while the transverse, magnetic dipole mode remains remarkably insensitive to the presence of the substrate. Nanoscale irregularities of the nanocup rim and the local substrate permittivity have a surprisingly large effect on the spectral- and angle-dependent light-scattering properties of these structures.
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The Mac
@TheMac
20 July, 10:36
In response The Mac to his Publication
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Paul Robb
@Keeperoffools3
20 July, 10:40
In response The Mac to his Publication
Terrorist
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The Mac
@TheMac
21 July, 05:34
In response Paul Robb to his Publication
Bioterrorist.
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The Mac
@TheMac
21 July, 05:35
In response The Mac to his Publication
B
1 0
1 0
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The Mac
@TheMac
21 July, 05:38
In response The Mac to his Publication
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The Mac
@TheMac
21 July, 05:42
In response The Mac to his Publication
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The Mac
@TheMac
21 July, 05:44
In response The Mac to his Publication
Quantum networks would connect quantum computers through a system that also operates at a quantum, rather than classical, level. In theory, quantum computers will one day be able to perform certain functions faster than classical computers by taking advantage of the special properties of quantum mechanics, including superposition, which allows quantum bits to store information as a 1 and a 0 simultaneously.
As they can with classical computers, engineers would like to be able to connect multiple quantum computers to share data and work together -- creating a "quantum internet." This would open the door to several applications, including solving computations that are too large to be handled by a single quantum computer and establishing unbreakably secure communications using quantum cryptography.
As they can with classical computers, engineers would like to be able to connect multiple quantum computers to share data and work together -- creating a "quantum internet." This would open the door to several applications, including solving computations that are too large to be handled by a single quantum computer and establishing unbreakably secure communications using quantum cryptography.
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