A modification to conventional microscopes pushes the limits of their resolution and enables high-precision observation of difficult-to-observe pathogens.

A modification to conventional microscopes pushes the limits of their resolution and enables high-precision observation of difficult-to-observe pathogens.
Liquid crystals that generate unclonable fingerprint-like patterns could make the sale of counterfeit goods and theft of personal data much more difficult.
A renewable, carbon-based absorbent is challenging MOFs in carbon capture technology, offering sustainable solutions for emissions reduction.
Using a specialized design approach, scientists create acoustic waves that behave as twisted, ultrasonic motors capable of rotating particles in space.
The mysterious phenomenon that Einstein once described as “spooky action at a distance” was seen as a wavefunction between two entangled photons.
A kirigami-inspired gripper that can pick up water droplets, microfibers 40 times thinner than a human hair, and objects 16,000 times its own weight.
It may sound like something straight out of an anime, but TRADY is a rotor-based flying robot that can combine to boost its strength and capabilities.
Inspired by sea asparagus, scientists design a conductive hydrogel that is stronger than natural rubbers and adapted for extreme environments.
Tuneable micro-structured surfaces could overcome the limitations of current unchangeable components that result in “static” optical devices.
Manipulating light on the nanoscale allows scientists to create specific structural colors that do away with the need for potentially harmful dyes.