Home > News > Flexible electronics could find applications as sensors, artificial muscles
April 2nd, 2007
Flexible electronics could find applications as sensors, artificial muscles
Abstract:
Flexible electronic structures with the potential to bend, expand and manipulate electronic devices are being developed by researchers at the U.S. Department of Energy's Argonne National Laboratory and the University of Illinois at Urbana-Champaign. These flexible structures could find useful applications as sensors and as electronic devices that can be integrated into artificial muscles or biological tissues.
These structures were developed from a concept created by Argonne scientist Yugang Sun and a team of researchers at the University of Illinois led by John A. Rogers. The concept focuses on forming single-crystalline semiconductor nanoribbons in stretchable geometrical configurations with emphasis on the materials and surface chemistries used in their fabrication and the mechanics of their response to applied strains.
Source:
physorg.com
Bookmark:
Sensors
Production of Polyaniline Biosensors Modified with Conductive Polymer Composites June 18th, 2013
Monell-led research identifies scent of melanoma: New research may lead to early non-invasive detection and diagnosis June 14th, 2013
Discovery of new material state counterintuitive to laws of physics June 14th, 2013
Nanotechnology helps track and improve drug action in pancreatic cancer June 13th, 2013
Nanoelectronics
Imec shows multiple enhancement options for next-generation FinFETs: Leading nano-electronics R&D center addresses key challenges of Germanium finFET technology at VLSI 2013 June 14th, 2013
Controlling magnetic clouds in graphene June 14th, 2013
Spot-welding graphene nanoribbons atom by atom June 13th, 2013
World's first large(wafer)-scale production of III-V semiconductor nanowire June 10th, 2013
Discoveries
Which qubit my dear? New method to distinguish between neighbouring quantum bits June 18th, 2013
Pioneering breakthrough of chemical nanoengineering to design drugs controlled by light June 18th, 2013
Study Shows How the Nanog Protein Promotes Growth of Head and Neck Cancer June 18th, 2013
New Method to Synthesize Zinc Oxide Nanoparticles with High Catalytic Activity June 18th, 2013
Announcements
Pioneering breakthrough of chemical nanoengineering to design drugs controlled by light June 18th, 2013
Study Shows How the Nanog Protein Promotes Growth of Head and Neck Cancer June 18th, 2013
New Method to Synthesize Zinc Oxide Nanoparticles with High Catalytic Activity June 18th, 2013
Production of Polyaniline Biosensors Modified with Conductive Polymer Composites June 18th, 2013