A novel sputtering deposition process for MgF2 thin films has been discovered by combining two chemical reactions on a pure Mg target with two reactive gases.

A novel sputtering deposition process for MgF2 thin films has been discovered by combining two chemical reactions on a pure Mg target with two reactive gases.
Check out the articles highlighted on the covers of the latest issue of Advanced Optical Materials.
Researchers from the University of Illinois present the first demonstration of a scalable synthetic procedure for crosslinked silicone microspheres.
Possibilities of creating hybrid materials with promising architecture and a desirable submicron scale structure by SPD processing techniques are discussed.
Underwater actuator devices with a range of motion, including swimming and walking, are demonstrated via laser-control of density of composite hydrogels.
Two ionic dyes of similar molecular size but opposite charge have been separated using a hybrid membrane as an example for controlled fine scale filtration.
Prof. Zhu and his co-workers from North Carolina State University have used a traditional method to advance CNT thin film production.
Ultrathin sheets of metallic rhodium are formed by confinement with CO in a controllable method that will translate well to other metallic nanosheets.
A new metallurgical processing technique, liquid metal dealloying, is used to fabricate the first bicontinuous metal-metal microcomposite.
A new silk ink formulation provides a “bottom-up” approach to customized multifunction biomaterials.