Scientists in Lausanne have developed an inkjet printing system to produce artificial living tissue.

Scientists in Lausanne have developed an inkjet printing system to produce artificial living tissue.
Whatever happened to curiosity-driven research aimed at the creation of fundamental knowledge without the need for immediate application?
Research into waste management is a major part of international nuclear policy. New work offers an in-depth look into one solution, glasses.
Ion-sensitive field-effect transistors meet scalable CMOS technology to yield low-cost, high throughput DNA sequencing modules.
Carbon fiber-reinforced carbon has outstanding material properties and many applications but is extremely expensive – how to improve the processing of this useful material?
How can nanomaterials make a difference in the grand challenge: efficient and green global scale production, storage and use of energy? Professor Geoffrey Ozin from the University of Toronto gives his response to this question.
The January 2011 issue of new journal Advanced Energy Materials is now freely available online at www.advenergymat.de.
Understanding the morphology changes in plastic solar cells may hold clues for the development of new high-performance materials.
Sumit Chaudhary and co-workers from Iowa State University demonstrate that design optimization of the textured substrate leads to polymer-based solar cells that allow efficient light trapping without compromising the electrical characteristics.
Professor Geoffrey Ozin from the University of Toronto shares his thoughts along with those of Professor David Antonelli from the University of Glamorgan, regarding the role that nanochemistry can play in the current hydrogen storage challenge.