Photonics has long been used to study non-solid materials such as liquids, gases and
plasmas, but these fluidic media have traditionally not comprised a functional part of the …

The integration of nanohole array based plasmonic sensors into microfluidic systems has
enabled the emergence of platforms with unique capabilities and a diversified palette of …

Plasmonic nanohole arrays have received significant attention, as they have highly
advantageous optical properties for ultrasensitive and label-free biosensing applications …

Periodic plasmonic nanostructures are being widely studied, optimized, and developed to
produce a new generation of low-cost and efficient chemical sensors and biosensors. The …

Protein microarrays, on which thousands of discrete proteins are printed, provide a valuable
platform for functional analysis of the proteome. They have been widely used for biomarker …

Quantum resources can enhance the sensitivity of a device beyond the classical shot noise
limit and, as a result, revolutionize the field of metrology through the development of …

Extraordinary optical transmission through an array of holes in a metal film was reported by
Ebbesen and coworkers in 1998. Since that work there has been abundant research activity …

Optofluidics integrates the fields of photonics and microfluidics, providing new freedom to
both fields and permitting the realization of optical and fluidic property manipulations at the …

We show high resolution measurements of a surface plasmon resonance (SPR) sensor
based on a rectangular nanohole array in a metal film. This SPR setup uses balanced …

Nanohole array-based biosensors integrated with a microfluidic concentration gradient
generator were used for imaging detection and quantification of ovarian cancer markers …