July 23, 2008

Micro-fluidic-based optical detection platform for characterizing fluorescing objects with integrated wavelength detection

Citation

Kiesel, P.; Beck, M.; Bassler, M.; Johnson, N. M. Micro-fluidic-based optical detection platform for characterizing fluorescing objects with integrated wavelength detection. Invited talk at IEEE LEOS 2008 Summer Topicals, 2008 July 21-23; Acapulco, Mexico.

Abstract

We describe a compact, low-cost analyte detection platform that combines a fluidic channel, large area fluorescence excitation and on chip wavelength detection. The unit is optimized to record native fluorescence spectra from moving analytes.

Read more from SRI

November 20, 2024

SRI and University of Houston receive $3.6M to develop a microreactor to convert carbon dioxide to methanol using renewable energy

By recycling carbon dioxide into methanol, this science supports U.S. climate goals and helps reduce greenhouse gases.
November 18, 2024

Teaching machines to learn like humans could help autonomous systems deal with unfamiliar environments

SRI is spearheading a way for autonomous systems, such as self-driving vehicles and drones, to effectively operate in evolving and adversarial environments such as war zones.
November 13, 2024

Office of Special Education Programs extends SRI’s funding for the Center for IDEA Early Childhood Data Systems

The U.S. Department of Education issues a third five-year cooperative agreement to SRI to lead The DaSy Center.

Micro-fluidic-based optical detection platform for characterizing fluorescing objects with integrated wavelength detection

Abstract

Read more from SRI

SRI and University of Houston receive $3.6M to develop a microreactor to convert carbon dioxide to methanol using renewable energy

Teaching machines to learn like humans could help autonomous systems deal with unfamiliar environments

Office of Special Education Programs extends SRI’s funding for the Center for IDEA Early Childhood Data Systems