Magnusson R. – TechConnect Briefs

Design of Silicon-based Leaky-mode Resonant Nanopatterned Devices Using Inverse Numerical Methods

Shokooh-Saremi M., Magnusson R., Suleski T.J., Johnson E.G., University of Texas at Arlington, US

We present single-layer, silicon-based resonant leaky-mode elements implemented with periodic waveguide layers. This new device class has wide applicability in photonic devices and systems. Leaky waveguide modes can be exited when an incident light beam [...]

Development of a Flow-cell System to Quantify Analyte-receptor Binding Kinetics Utilizing Guided-mode Resonance Sensors

Wawro D., Zimmerman S., Ding Y., Magnusson R., Moss E., Michalik J., Resonant Sensors Incorporated, US

A novel flow-cell system integrated with a guided-mode resonance sensor element array is presented. The association/disassociation binding cycle is monitored for protein-protein and protein-cell interactions. The real-time binding interactions of the antibody IgG and protein-A [...]

Fabrication of Guided-mode Resonance Devices by Soft Lithography in Hybrimers

Lee K.J., Magnusson R., Jin J.H., Bae B.-S., University of Texas at Arlington, US

Diffractive optical elements and photonic crystals consist of fine spatial patterns designed to affect the spectrum, polarization, phase and other properties of light. Periodic layered structures are widely used in integrated optics, communication systems, spectroscopy, [...]