White LEDs, made from zinc oxide and a conducting polymer, can be manufactured directly on paper.
Could silicene be the future of electronics?
The next generation of computing could be performed with silicene, an atomically thin form of silicon which could revolutionize electronics.
Approaching an Organic Semi-metal
Zwitterion films with a significant bandwidth in the intermolecular band dispersion show evidence of electron pockets at the Fermi Level.
DNA as a Future Component of Electronics
Researchers develop conducting nanostructures based on metallized DNA.
Researchers Create Highly Conductive and Elastic Conductors Using Silver Nanowires
Researchers develop elastic conductors made from silver nanowires that can be used to develop stretchable electronic devices.
Book Review: Introduction to Nanomaterials and Devices
Professor Kourosh Kalantar-zadeh, Associate Professor, RMIT University, is pleasantly surprised by Introduction to Nanomaterials and Devices.
Moving towards copper oxide-based solar cells
Researchers review current knowledge of copper-oxide semiconductors and develop first Cu4O3-based solar cell.
Gold interconnects: stretching biological applications
Polyimide supported gold interconnect fabrication paves the way for medical grade stretchable electronics.
Printing of 3D Silicon Micro- and Nanostructures
Swedish researchers hope to make silicon nanoelectronics more accessible with new 3D printing technique.
Special issue on Polymer Electronics
The latest guest-edited issue of Journal of Polymer Science: Polymer Physics takes an in-depth look at solar cells, transistors and characterization, with reviews free to download.