Using stimuli-responsive hydrogels with regularly arranged colloidal particles, researchers create color-changing microrobots that can freely explore and gather information.

Using stimuli-responsive hydrogels with regularly arranged colloidal particles, researchers create color-changing microrobots that can freely explore and gather information.
Nanotubes made from sheets of zeolite promise to expand this material’s already extensive range of application.
An innovative chemical sensor design could make environmental monitoring in the field more efficient and effective.
External strain can be detected by the wavelength and intensity of this sensor’s light signal for improved detection and resistance to interference.
Artificial cells with specialized internal chemistries could revolutionize how we approach precision medicine.
Researchers have used helical virus particles as chiral templates for growing polymers with magnetic properties.
Professor Madhu Bhaskaran creates devices to assess the biometrics of the human body and helps patients feel again.
The “Magic Bookmark” blurs the boundary between the digital and the analogue.
Bioengineer Canan Dağdeviren is living her dream, decoding physical patterns of the human body in order to diagnose and cure diseases.
Using advanced sensors and a thermally responsive skin, a new robotic chameleon demonstrates mastery over color.