Electrically Tunable Mid-Infrared Metamaterials based on Semiconductor Device Structures
Abstract not provided.
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Jump to search filtersElectrically tunable infrared metamaterials based on depletiontype semiconductor devices
Proposed for publication in Institute of Physics (IOP) special issue of Active Metamaterials.
Abstract not provided.
Dielectric Resonators for Backward Wave Infrared Metamaterials
Abstract not provided.
Non-resonant Broadband Funneling of Light via Ultra-subwavelength Channels
Abstract not provided.
3D (passive) and 2D (active) Metamaterials at Infrared Optical Frequencies
Abstract not provided.
Direct Demonstration of Slow Light from Metamaterials in the Thermal Infrared
Proposed for publication in Applied Physics Letters.
Abstract not provided.
Top-Down Fabrication of GaN-Based Nanorod LEDs and Lasers
Abstract not provided.
Gallium nitride single-mode nanowire lasers
CLEO: Science and Innovations, CLEO_SI 2012
We obtained single-mode lasing in GaN nanowires by using a limited number of cavity modes and a narrow gain spectra. The fabrication was achieved by a top-down technique in high quality GaN films. © OSA 2012.
Interactions in 2D and 3D mid-infrared metamaterials
2011 5th Rio De La Plata Workshop on Laser Dynamics and Nonlinear Photonics, LDNP 2011
We explore the issue of interactions between metamaterial resonators and different types of absorbers placed in proximity to these resonators. Very clear anticrossing behaviour and level splitting is observed when IR phonons interact with planar metamaterials. More complex dipole transitions can be designed using semiconductor bandgap engineering. We show experimentally the coupling between metamaterial resonances and intersubband transitions and discuss this mechanism for electrical tuning of metamaterials throughout the optical infrared spectral region. Finally we will discuss interactions in 3D dielectric resonator metamaterials. © 2011 IEEE.
Gallium Nitride Single-Mode Nanowire Lasers
Abstract not provided.
Electrically-Controlled Thermal Infrared Metamaterial Devices
Abstract not provided.
Toroidal photonic metamaterial
Abstract not provided.
Interactions between semiconductors and planar metamaterials: active infrared metamaterials
Abstract not provided.
Multilayer infrared metamaterial fabrication using membrane projection lithography
Journal of Vacuum Science and Technology. B, Nanotechnology and Microelectronics
Membrane projection lithography is extended from a single layer fabrication technique to a multilayer process, adding polymeric backfill and planarization after each layer is completed. Unaligned contact lithography is used as a rapid prototyping tool to aid in process development, patterning resist membranes in seconds without requiring long e-beam write times. The fabricated multilayer structures show good resistance to solvent attack from subsequent process steps and demonstrate in-plane and out of plane multilayer metallic inclusions in a dielectric host, which is a critical step in the path to develop bulklike metamaterials at optical frequencies.
Single-Mode Lasing from Top-Down Gallium Nitride Nanowires
Abstract not provided.
All-Dielectric Infrared Metamaterials
Abstract not provided.
All-Dielectric Infrared Metamaterials
Abstract not provided.
Nanofabrication of Tunable III-Nitride Nanowire Lasers (invited)
Abstract not provided.
Top-Down III-Nitride Nanowires
Abstract not provided.
Dynamic Membrane Projection Lithography
Optical Materials Express
Abstract not provided.
SHAPING THERMAL EMISSION WITH EMBEDDED OUT-OF-PLANE MICROANTENNAS
Abstract not provided.
Resonant and Nonresonant 3D Metallic Metamaterials: Membrane Projection Lithography
Abstract not provided.
Single-Mode Lasing from Top-Down Fabricated Gallium Nitride Nanowires
Abstract not provided.
Non-Resonant Broadband Squeezing of Light via Ultra-Subwavelength Channels
Physical Review Letters
Abstract not provided.
Low-Loss Infrared Metamaterials: New Architectures and Unconventional Materials
Abstract not provided.
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