Prof. Korley and co-workers explore the design principles used to develop environmentally-responsive materials that serve as release agents, sensors, switches, and actuators.

Prof. Korley and co-workers explore the design principles used to develop environmentally-responsive materials that serve as release agents, sensors, switches, and actuators.
Time-gated FRET-based biosensors allow the quantification of multiple nucleic acids at low nanomolar concentrations using just a single donor–acceptor pair.
The continued development of piezoelectric materials has led to a huge market of products (image credit: Csaba Deli/Shutterstock).
An overview of the viability of different molecular simulation methods and interface force fields, the recent advances in the simulation of protein-surface interactions, and the challenges posed by the current simulation methods to reproduce the exact phenomenon.
Complex multi-material tactile sensors can be printed in situ; a new route toward the biointegration of various sensors in wearable electronics.
Strategy for all-printed Zn-Ag2O battery on a stretchable textile and photographs of sealed battery while being stretched, twisted and indented.
The month’s top articles from the field of nanooptics, optoelectronics, metamaterials, optical devices, detectors & sensors, micro/nano resonators and more.
Accurate pulse and oxygenation data can be obtained through multicolor PLEDs on one flexible substrate fabricated by a surface energy patterning assisted blade coating technique.
When fabric stretches, printed patterns crack and separate. This new conductive ink maintains the integrity of printed circuits for electronic textiles.
The month’s top articles from the field of nanooptics, optoelectronics, metamaterials, optical devices, detectors & sensors, micro/nano resonators and more.