MB4.1 - ENGINEERING LASER COHERENCE AND ITS APPLICATIONS
Abstract
Abstract
We have developed random lasers and wave-chaotic microcavity lasers with low spatial coherence to achieve speckle-free full-field imaging. We have also invented a fast and efficient method of switching the spatial coherence of a degenerate cavity laser for bimodal microscopy.
MB4.3 - MULTIPLEXED DETECTION OF SINGLE ANTIBIOTIC DRUG-RESISTANT PLASMIDS USING MULTIMODE INTERFERENCE WAVEGUIDE BASED OPTOFLUIDIC CHIP
- G. Gopalakrishnan Meena (US) University of California Santa Cruz
- O. Brown (US) Brigham Young University
- R. Hanson (US) Brigham Young University
- R. Wood (US) Brigham Young University
- W. Pitt (US) Brigham Young University
- A. Woolley (US) Brigham Young University
- R. Robison (US) Brigham Young University
- A. Hawkins (US) ECEn Department, Brigham Young University, 459 Clyde Building
- H. Schmidt (US) University of California, Santa Cruz
Abstract
Abstract
A single multimode interference waveguide is used to create distinct spectral spot patterns on two liquid-core waveguides on an optofluidic chip. This device is used for multiplexed detection of antibiotic-resistant plasmids with single nucleic acid sensitivity.
MB4.4 - HYBRID PLASMONIC SENSOR FOR THE DETECTION OF NEUROTRANSMITTERS DIRECTLY FROM THE BLOOD
Abstract
Abstract
The proposed work intends to create an enzyme and label free hybrid plasmonic nano-biosensor for neurotrnasmitter dopamine sensing with high level of sensitivity (<100 fM) and specificity based on an on-chip microfluidic device with the capability to handle and process biological fluid samples.