A ring resonator-based biochemistry sensor with a wide range, ultra-compact footprint, and
high sensitivity is proposed, which utilizes a suspended slot hybrid plasmonic (SSHP) …

Photonic lattices of mutually interacting indistinguishable cavities represent a cornerstone of
collective phenomena in optics and could become important in advanced sensing or …

Imagine doing a raft of diagnostic tests from a finger prick of blood. This was the dream sold
by billion-dollar blood-testing startup Theranos. The company claimed it could run over 200 …

We demonstrate an S-shaped double-spiral microresonator (DSR) for detecting small
volumes of analytes, such as liquids or gases, penetrating a microfluidic channel. Optical …

Lasing-based sensors have several advantages over fluorescent devices, specifically
related to the high light intensity and narrow mode linewidth that can improve the speed and …

Silicon photonic biosensors have the potential to transform medical diagnostics and
healthcare delivery. Hundreds of these nano-scale sensors can be integrated onto a single …

A structure of a double-spiral microresonator is demonstrated for high-sensitive biosensing
of a microliter sample volume of biomolecules. The microring resonator has been applied as …

A cascaded MZI-coupled ring resonator (CMCR) optical sensor based on silicon nitride
waveguide is proposed. The sensor is composed of a large size microring and a bus …

Membrane proteins are biologically significant targets of study due to their crucial roles in
biochemical reactions, such as ion transport and cell signaling. Their study, however, is …

Aujourd'hui, les puces et capteurs provenant de la microélectronique ne sont plus
simplement des circuits électroniques mais peuvent désormais véhiculer des signaux …