12/22/2014
Published in Nano Letters
High-resolution atomic force microscopy reveals the inner workings of low-cost photovoltaic devices
Published in Nature Communications
Microscopy technique tracks the flow of lithium ions in a common cathode material
11/21/2014
Published in ACS Nano
A surface-assisted chemical reaction gives unprecedented control over graphene ‘nanoribbons’ for future nanodevices
Published in Carbon
A new deposition technique has been used to form conducting films for detecting biological molecules
10/27/2014
Published in Macromolecules
The forces holding multilayered polymer devices together can be mapped using high-resolution ‘nanomechanical’ probes
09/29/2014
Published in Advanced Materials
Atomic defects in a uniquely shaped material turn graphene into a metal-free catalyst for fuel cells and lithium–air batteries
08/25/2014
Microgrooved polymeric nanosheets stuck to bone implants show promise for improved bone regeneration and repair
Published in Physical Chemistry Chemical Physics
Molecular models offer new insight into the flow of ionic liquids in confined spaces
07/28/2014
Published in Physical Review Letters
Material composition tuning is moving magnetic tunnel junctions closer to reality
Published in Science
Water droplets suspended within oil have been pulled into stable, elongated shapes
Published in Angewandte Chemie International Edition
An innovative synthesis technique generates three-dimensional nanoporous graphene structures with high-speed electronic transport capabilities
06/30/2014
Kinesin protein ferries microtubules along nanotube track
Crystal defect cores adopt multiple arrangements in real materials
Newly discovered atomic sheets could outshine graphene in photosensitive detectors
05/26/2014
Atomic-scale images expose the secret mechanisms that turn insulating oxide films into electrically and magnetically active interfaces
04/25/2014
Atomic-scale examination of nanoporous gold demonstrates that surface defects suppress catalyst degradation during carbon monoxide oxidation
Colorless single-polymer chains can be made from colorful dye monomers held rigid inside a molecular crystal
03/31/2014
Ultrathin polymer-based sheets aid tissue repair by providing a new platform for targeted cell transplantation
The first atom-resolved images of biominerals in shark teeth reveal important insights into fluorine’s cavity-fighting power
02/24/2014
Supporting a hydrogel with a carbon-nanotube network helps to grow muscle tissue for medical applications
Published in Journal of the American Chemical Society
A better understanding of how electrical charges separate in organic solar cells is helping to improve energy harvesting
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Research Highlights
