Publications by authors named "Michael Noyola"
Article Synopsis
- The study explores target detection through a plasmonic sensor array using a method called "algorithmic spectrometry," which captures high-resolution data across multiple wavelengths.
- The research focuses on developing a full-scale infrared camera by demonstrating adaptive multispectral imagery with specially designed plasmonic filter arrays that enhance target detection.
- The experiment successfully reconstructed spectra from various targets, including blackbody radiation and a metal ring, and tested the filters under high-temperature conditions to evaluate the detection method's effectiveness.
We present experiments and analysis on enhanced transmission due to dielectric layer deposited on a metal film perforated with two-dimensional periodic array of subwavelength holes. The Si3N4 overlayer is applied on the perforated gold film (PGF) fabricated on GaAs substrate in order to boost the transmission of light at the surface plasmon polariton (SPP) resonance wavelengths in the mid- and long-wave IR regions, which is used as the antireflection (AR) coating layer between two dissimilar media (air and PGF/GaAs). It is experimentally shown that the transmission through the perforated gold film with 1.
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