Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/137336/1/adma201605177-sup-0001-S1.pdfhttps://deepblue.lib.umich.edu/bitstream/2027.42/137336/2/adma201605177_am.pdfhttps://deepblue.lib.umich.edu/bitstream/2027.42/137336/3/adma201605177.pd
Plasmonic nanowire lasers are nanoscopic sources of light operating at deep subwavelength scales wit...
For past decades, research on semiconductor/metal thin films and nanostructures have earned a great ...
The optical properties of inhomogeneously grown rough silver films have been analyzed on the basis o...
Plasmonics is the science of manipulating light at the metal and dielectric interface. Therefore, a ...
Future optical and optoelectronic devices are desired to have compact sizes, high efficiencies, robu...
textSilver (Ag) is an ideal low-loss platform for plasmonic applications, but from a materials stand...
textSilver (Ag) is an ideal low-loss platform for plasmonic applications, but from a materials stand...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
We analyze the physical-chemical surface properties of single-slit, single-groove subwavelength-stru...
We present a simple and robust crystal growth technique, which yields large area single crystal film...
Recent advances in metamaterials have facilitated several new sub-diffraction resolution devices. Ex...
Plasmonic nanowire lasers are nanoscopic sources of light operating at deep subwavelength scales wit...
For past decades, research on semiconductor/metal thin films and nanostructures have earned a great ...
The optical properties of inhomogeneously grown rough silver films have been analyzed on the basis o...
Plasmonics is the science of manipulating light at the metal and dielectric interface. Therefore, a ...
Future optical and optoelectronic devices are desired to have compact sizes, high efficiencies, robu...
textSilver (Ag) is an ideal low-loss platform for plasmonic applications, but from a materials stand...
textSilver (Ag) is an ideal low-loss platform for plasmonic applications, but from a materials stand...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
Plasmonic devices including superlenses, hyperlenses, and far-field superlenses are specially fabric...
We analyze the physical-chemical surface properties of single-slit, single-groove subwavelength-stru...
We present a simple and robust crystal growth technique, which yields large area single crystal film...
Recent advances in metamaterials have facilitated several new sub-diffraction resolution devices. Ex...
Plasmonic nanowire lasers are nanoscopic sources of light operating at deep subwavelength scales wit...
For past decades, research on semiconductor/metal thin films and nanostructures have earned a great ...
The optical properties of inhomogeneously grown rough silver films have been analyzed on the basis o...