Tag: nanotechnology

  • Nanotech Materials Solution Devised for Hydrogen Storage

    Chemical engineers at University of New South Wales in Australia synthesized and demonstrated a material that absorbs, releases, and reabsorbs hydrogen, a key step in advancing hydrogen as an alternative fuel source. The team from the university’s Materials Energy Research Laboratory in nanoscale (MERLin) published its findings last week in the journal ACS Nano; paid…

  • Technology Developed for Mass Wireless Chip Printing

    Engineers in Korea developed a process for printing cheap electronic devices on every day items that can transmit data to smartphones. The work of the authors from Sunchon National University and Paru Printed Electronics Research Institute is described in the journal Nanotechnology (free registration required), published by Institute of Physics. The team led by Jinsoo…

  • Composite Nanofibers Developed for Orthopedic Biomaterials

    Biomedical engineers at University of Pennsylvania in Philadelphia developed a technology for creating composite nanoscale fibers for replacement tissue to treat orthopedic injuries. The team led by Penn medical school professor Robert Mauck published its findings online this week in the journal Proceedings of the National Academy of Sciences (paid subscription required). Recent advances in…

  • Simple Process Devised to Make Thin-Film Display Material

    Researchers at Brown University in Providence, Rhode Island and Advanced Technology Materials Inc. in Danbury, Connecticut developed a simpler and less expensive process for producing thin films of indium tin oxide used in touch-screen displays and solar panels. The team led by Brown chemistry professor Shouheng Sun (pictured right) published its findings online in a…

  • ARPA-E to Fund $43 Million for Energy Storage R&D Projects

    Advanced Research Projects Agency-Energy (ARPA-E), in the U.S. Department of Energy, will support 19 new research and development projects to improve the management of energy storage technologies for vehicles and electrical power grids. The projects, totaling $43 million, will be funded out of the Energy Department’s Advanced Management and Protection of Energy Storage Devices (AMPED)…

  • Life Science Analytics Start-Up Generates First Sales

    Tymora Analytical Operations LLC, a developer of analytic technology for drug development in West Lafayette, Indiana, says the company is generating its first sales income after only two years in business. The Purdue University spin-off licenses research done by biochemist W. Andy Tao (pictured left), who also serves as Tymora’s chief scientist. The company is…

  • New Quantum Dot Material Boosts Solar Cell Efficiency

    Engineers at University of Toronto in Canada and King Abdullah University of Science and Technology (KAUST) in Saudi Arabia developed a film made of nanoscale semiconductors called quantum dots for inexpensive and more efficient solar cells. The team led by Toronto engineering professor Ted Sargent published its findings in a letter to the journal Nature…

  • Patent Awarded for Heat Resistant Polylactic Acid Polymers

    Cereplast Inc., a manufacturer of bio-based plastics in El Segundo, California, received a patent for its formulation of heat-resistant polymers with polylactic acid. The U.S. Patent and Trademark Office issued number 8,222,320 to Cereplast CEO Frederic Scheer and researcher William Kelly on 17 July 2012. Polylactic acid is a natural resin that can be formed…

  • Highly Transparent Solar Cells Developed for Window Glass

    Researchers at University of California in Los Angeles have developed solar cells with greater transparency that can be made to fit over windows and generate electric power. The findings from a team of UCLA engineers, materials scientists, and chemists appeared earlier this month in the journal ACS Nano (paid subscription required). The team developed a…

  • Stem Cells, Nanoscale Scaffolds Aid Cartilage Repair

    Biomedical engineers from Johns Hopkins University in Baltimore have devised a method for growing cells to repair cartilage damage from injury or age. The team led by Jennifer Elisseeff (pictured right) reported its findings last month in an online issue of the Proceedings of the National Academy of Sciences; paid subscription required. Cartilage is one…