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Nanotechnology

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Key: Meeting M      Journal J      Funder F

Showing releases 851-875 out of 1672.

<< < 30 | 31 | 32 | 33 | 34 | 35 | 36 | 37 | 38 | 39 > >>

Public Release: 11-Sep-2013
Commercialization of Micro-nano Systems Conference
Nanotech start-up wins international industry honors
C-Voltaics, a start-up nanotechnology company created by a University of Houston professor, has won the Young Technology Award at the Commercialization of Micro- and Nanosystems conference, held last month in The Netherlands. C-Voltaics was one of six nanotechnology companies competing for the award. Top prize was 5,000 euros, or about $6,685.

Contact: Jeannie Kever
jekever@uh.edu
713-743-0778
University of Houston

Public Release: 11-Sep-2013
ACS Applied Materials & Interfaces
Airbrushing could facilitate large-scale manufacture of carbon nanofibers
Researchers have used airbrushing techniques to grow vertically aligned carbon nanofibers on several different metal substrates, opening the door for incorporating these nanofibers into gene delivery devices, sensors, batteries and other technologies.
National Science Foundation, Defense Threat Reduction Agency

Contact: Matt Shipman
matt_shipman@ncsu.edu
919-515-6386
North Carolina State University

Public Release: 10-Sep-2013
Developing platforms for more accurate DNA sequence reading
Polymer scientist Murugappan Muthukumar at the University of Massachusetts Amherst has received a four-year, $1.08 million grant from NIH's National Human Genome Research Institute to find new ways to control the process of reading the precise order of nucleotides in DNA chains as they pass through a nanopore. The work should lead to cheaper, faster and more accurate gene sequencing for medical research and health care.
NIH/National Human Genome Research Institute

Contact: Janet Lathrop
jlathrop@admin.umass.edu
413-545-0444
University of Massachusetts at Amherst

Public Release: 10-Sep-2013
Materials Horizons
Motorized microscopic matchsticks move in water with sense of direction
Chemists, physicists and computer scientists at the University of Warwick have come together to devise a new powerful and very versatile way of controlling the speed and direction of motion of microscopic structures in water using what they have dubbed chemically "motorized microscopic matchsticks."

Contact: Anna Blackaby
a.blackaby@warwick.ac.uk
44-024-765-75910
University of Warwick

Public Release: 9-Sep-2013
Proceedings of the National Academy of Sciences
Butterfly wings inspire new technologies: from fabrics and cosmetics to sensors
A new study has revealed that the stunning iridescent wings of the tropical blue Morpho butterfly could expand the range of innovative technologies. Scientific lessons learned from these butterflies have already inspired designs of new displays, fabrics and cosmetics.
US Defense Advanced Research Projects Agency

Contact: Jo Bowler
j.bowler@exeter.ac.uk
University of Exeter

Public Release: 9-Sep-2013
American Chemical Society's 246th National Meeting & Exposition
ACS Nano
Penn scientists demonstrate new method for harvesting energy from light
Researchers from the University of Pennsylvania have demonstrated a new mechanism for extracting energy from light, a finding that could improve technologies for generating electricity from solar energy and lead to more efficient optoelectronic devices used in communications.
US Department of Energy, National Science Foundation

Contact: Katherine Unger Baillie
kbaillie@upenn.edu
215-898-9194
University of Pennsylvania

Public Release: 9-Sep-2013
Carbon
Accidental nanoparticle discovery could hail revolution in manufacturing
A nanoparticle shaped like a spiky ball, with magnetic properties, has been uncovered in a new method of synthesising carbon nanotubes by physicists at Queen Mary University of London and the University of Kent.

Contact: Neha Okhandiar
n.okhandiar@qmul.ac.uk
020-788-27927
Queen Mary, University of London

Public Release: 9-Sep-2013
Nature Methods
Capturing brain activity with sculpted light
Scientists at the Campus Vienna Biocenter (Austria) have found a way to overcome some of the limitations of light microscopy. Applying the new technique, they can record the activity of a worm's brain with high temporal and spatial resolution, ultimately linking brain anatomy to brain function. The journal Nature Methods publishes the details in its current issue.

Contact: Dr. Alipasha Vaziri
alipasha.vaziri@univie.ac.at
43-179-730-3540
University of Vienna

Public Release: 9-Sep-2013
Nature Communications
Programmable glue made of DNA directs tiny gel bricks to self-assemble
A team of researchers at the Wyss Institute of Biologically Inspired Engineering at Harvard University has found a way to self-assemble complex structures out of bricks smaller than a grain of salt. The new method could help solve one of the major challenges in tissue engineering: Creating injectable components that self-assemble into intricately structured, biocompatible scaffolds at an injury site to help regrow human tissues.

Contact: Dan Ferber
dan.ferber@wyss.harvard.edu
617-432-1547
Wyss Institute for Biologically Inspired Engineering at Harvard

Public Release: 6-Sep-2013
Nature Communications
Stanford scientists use DNA to assemble a transistor from graphene
Graphene is a sheet of carbon atoms arrayed in a honeycomb pattern, just a single atom thick. It could be a better semiconductor than silicon -- if we could fashion it into ribbons 20 to 50 atoms wide. Could DNA help?

Contact: Tom Abate
tabate@stanford.edu
650-736-2245
Stanford School of Engineering

Public Release: 6-Sep-2013
Journal of Applied Physics
Indiana Jones meets George Jetson
A team of researchers from Uppsala University in Sweden has designed a microplasma source capable of exciting matter in a controlled, efficient way. This miniature device may find use in a wide range of applications in harsh environments, but can also help revolutionize archaeology.

Contact: Jason Socrates Bardi
jbardi@aip.org
240-535-4954
American Institute of Physics

Public Release: 5-Sep-2013
ACS Applied Materials & Interfaces
Shining a little light changes metal into semiconductor
By blending their expertise, two materials science engineers at Washington University in St. Louis changed the electronic properties of new class of materials -- just by exposing it to light.
SAFC Hitech

Contact: Neil Schoenherr
nschoenherr@wustl.edu
314-935-5235
Washington University in St. Louis

Public Release: 5-Sep-2013
5 Washington organizations make joint grant
A product development team at the University of Washington will receive $390,000 from five organizations dedicated to fostering technology commercialization in Washington.

Contact: Cathyryne Manner
manner@lsdfa.org
206-456-9583
Life Sciences Discovery Fund

Public Release: 5-Sep-2013
Nature Materials
Made-to-order materials
Engineers at the California Institute of Technology have mimicked lightweight yet strong biological materials by creating nanostructured, hollow ceramic scaffolds, and have found that their small building blocks, or unit cells, display remarkable strength and resistance to failure despite being more than 85 percent air.

Contact: Deborah Williams-Hedges
debwms@caltech.edu
626-395-3227
California Institute of Technology

Public Release: 5-Sep-2013
Nature
Pico-world of molecular bioscavengers, mops and sponges being designed
A new world of molecular bioscavengers, sponges and mops is now closer. A computer-design method has enabled scientists to build proteins that can recognize and interact with small molecules. The proteins can also be reprogrammed to detect and unite with related substances, such as different forms of steroids. The method might also become a way to give organisms new tools to perform biological tasks.
Defense Advanced Research Projects Agency, National Science Foundation, US Defense Threat Reduction Agency, Swiss National Science Foundation

Contact: Leila Gray
leilag@uw.edu
206-685-0381
University of Washington

Public Release: 5-Sep-2013
Circulation
Molecular beacons light path to cardiac muscle repair
Having a pure population of cardiac muscle cells is essential for avoiding tumor formation after transplantation, but has been technically challenging. Researchers at Emory and Georgia Tech have developed a method for purifying cardiac muscle cells from stem cell cultures using molecular beacons.
NIH/National Heart, Lung, and Blood Institute, NIH/National Institute of Diabetes and Digestive and Kidney Diseases, National Science Foundation

Contact: Quinn Eastman
qeastma@emory.edu
404-727-7829
Emory Health Sciences

Public Release: 5-Sep-2013
Nano Letters
Engineers make golden breakthrough to improve electronic devices
A Kansas State University chemical engineering team has discovered that a new member of the ultrathin materials family has great potential to improve electronic and thermal devices. The researchers studied molybdenum disulfide and found that manipulating it with gold atoms improves its electrical characteristics.

Contact: Vikas Berry
vberry@k-state.edu
785-532-5519
Kansas State University

Public Release: 4-Sep-2013
Applied Physics Letters
Electronics advance moves closer to a world beyond silicon
Researchers have made a significant advance in the function of metal-insulator-metal, or MIM diodes, a technology premised on the assumption that the speed of electrons moving through silicon is simply too slow. For the extraordinary speed envisioned in some future electronics applications, these innovative diodes solve problems that would not be possible with silicon-based materials as a limiting factor.
National Science Foundation, Army Research Laboratory

Contact: John Conley
jconley@eecs.oregonstate.edu
541-737-9874
Oregon State University

Public Release: 4-Sep-2013
Journal of Materials Chemistry B
Bismuth-carrying nanotubes show promise for CT scans
Scientists at Rice University are placing bismuth in nanotubes to tag stem cells for efficient tracking with CT scanners.
National Science Foundation, National Institutes of Health, Robert A. Welch Foundation

Contact: David Ruth
david@rice.edu
713-348-6327
Rice University

Public Release: 4-Sep-2013
Nano Letters
Measuring progress in nanotech design
An international group of researchers led by scientists from Drexel University's College of Engineering have developed a procedure for measuring electron band offset using laser spectroscopy.
National Science Foundation

Contact: Britt Faulstick
bef29@drexel.edu
215-895-5161
Drexel University

Public Release: 4-Sep-2013
Nature Communications
New breakthrough for structural characterization of metal nanoparticles
Researchers at the Xiamen University in China and the University of Jyväskylä in Finland have characterized a series of stable 1.5 nm metal nanoclusters containing 44 metal atoms, stabilized by 30 organic thiol molecules on the surface.
Academy of Finland

Contact: Professor Hannu Häkkinen
hannu.hakkinen@jyu.fi
358-400-247-973
Academy of Finland

Public Release: 4-Sep-2013
Nature Materials
Researchers produce nanostructures with potential to advance energy devices
Arizona State University engineering professor and materials scientist Karl Sieradzki has been experimenting for more than two decades with the highly intricate process of dealloying materials. A research paper he recently co-authored with postdoctoral research assistant Qing Chen details how the process can be used to produce nanostructures that could enable advances in battery technology and other energy sources.

Contact: Joe Kullman
joe.kullman@asu.edu
480-965-8122
Arizona State University

Public Release: 4-Sep-2013
Physical Review Letters
University research team's new approach enhances quantum-based secure communication
University of Calgary scientists have overcome an "Achilles' heel" of quantum-based secure communication systems, using a new approach that works in the real world to safeguard secrets. The team's research -- published in the journal Physical Review Letters back-to-back with similar work by a group from Hefei, China -- also removes a big obstacle to realizing future applications of quantum communication, including a fully functional quantum network.
Alberta Innovates Technology Futures, Natural Sciences and Engineering Research Council of Canada

Contact: Marie-Helene Thibeault
m.thibeault@ucalgary.ca
403-220-7056
University of Calgary

Public Release: 3-Sep-2013
Nature Communications
Researchers discover breakthrough technique that could make electronics smaller and better
An international group of researchers from the University of Minnesota, Argonne National Laboratory and Seoul National University have discovered a groundbreaking technique in manufacturing nanostructures that has the potential to make electrical and optical devices smaller and better than ever before. A surprising low-tech tool of Scotch Magic tape ended up being one of the keys to the discovery.

Contact: Rhonda Zurn
rzurn@umn.edu
612-626-7959
University of Minnesota

Public Release: 3-Sep-2013
University of Houston launches first nanotech company
C-Voltaics will manufacture competitively priced coatings designed to protect fabric, wood, glass and other products from water, stains, dust and other environmental hazards.

Contact: Jeannie Kever
jekever@uh.edu
713-743-0778
University of Houston

Showing releases 851-875 out of 1672.

<< < 30 | 31 | 32 | 33 | 34 | 35 | 36 | 37 | 38 | 39 > >>