Optical fiber devices for microfluidics integration open up new horizons for advanced “lab-on-a-chip” technologies.

Optical fiber devices for microfluidics integration open up new horizons for advanced “lab-on-a-chip” technologies.
An advantageous side-by-side strategy is used to produce two-in-one fibers of poly(L-lactide) (PLLA) and silk fibroin
Enhanced electric fields through the optical magnetic mirror effect enable subwavelength imaging resolution.
It is shown that a metallic material can become lighter and stronger, while about half of its component was removed by corrosion.
Using only off-the-shelf components, researchers in Saudi Arabia have designed and built an affordable and multifunctional artificial skin sensor based on recyclable materials including paper and aluminium foil.
By combining a third-order nonlinear optical material, topological insulator, and microfiber, an all-optical processing device is successfully prepared.
The ability to electrically control magnetism in a gate dielectric is demonstrated by physicists at North Carolina State University.
Check out the articles highlighted on the covers of the latest issue of Advanced Optical Materials.
Researchers have devised a bottom-up approach to fabricate precisely arranged synthetic macromolecules and an enzymatically active toxin from Clostridium botulinum.
New research asks how to manipulate the features of polymeric semiconductors to improve OLEDs and other display applications.