Researchers in Troyes, France have developed a cheap and efficient method of direct patterning ZnO films, using laser interferential lithography to selectively remove ZnO in well-controlled patterns, without the use of a photoresist.

Researchers in Troyes, France have developed a cheap and efficient method of direct patterning ZnO films, using laser interferential lithography to selectively remove ZnO in well-controlled patterns, without the use of a photoresist.
A host–guest–guest material demonstrates the photoreversible on–off recording of persistent room-temperature phosphorescence from the phosphorescent guest.
Fluorescent materials have drawn much attention as probes for imaging, diagnosis, and therapy in biological science.
A potentially major breakthrough has been made in the study of ReRAM memory devices.
A new study shows that mechanical properties of Bombyx mori silk fibroin can be tuned by coupling it with another biocompatible polymer.
Three-dimensional μ-printing is a mature technology, enabling novel research fields in various disciplines based on three-dimensional microstructure.
Prof. Marius Grundmann from Universität Leipzig and his PhD student Robert Karsthof, MSc, and further coworkers have presented the first such transparent solar cell in a recent article in physica status solidi (a).
Dynamic synthetic polymer systems are emerging as modules to study structure-property functions, motivated largely by Nature’s biopolymers.
Michael Bojdys introduces a new class of two-dimensional polymeric materials for semiconductors.
The direct insertion of nanowires into living algal cells using inkjet printing technology is demonstrated.