In this presentation, optical molecular detection techniques based on light localization are
explored for optofluidic applications. For improved sensor characteristics in surface plasmon …

Optical molecular imaging and sensing techniques based on light localization are explored.
The creation of locally amplified electromagnetic near-fields on surface plasmon-enhanced …

We demonstrate a high-throughput biosensing device that utilizes microfluidics based
plasmonic microarrays incorporated with dual-color on-chip imaging toward real-time and …

Nano-Plasmonics possesses unique physical properties that enable localization of optical
fields beyond the diffraction limit. These highly confined/nanoscale optical modes will …

Field-portable optofluidic plasmonic biosensor for wide-field and label-free monitoring of
molecular interactions Page 1 STu1K.1.pdf CLEO:2015 © OSA 2015 Field-portable optofluidic …

Optofluidic plasmonics, consisting of integrated microfluidics with optics and plasmonics, is
an emerging research direction that enables advancement of fundamentals in surface …

We demonstrate a photoactivated surface coupling scheme for achieving spatial overlap
between biomolecules of interest and optical near field excitation. Using aluminium …