HEADLINES ARCHIVE

  • Disposable, Optical Humidity Sensor Developed

    Disposable optical sensor uses ultra-thin layers of graphene oxide films to monitor humidity levels of ambient air.

  • Fast, Automated Process to Quantify Water Content of Drugs

    A new way to quantify water content in solid pharmaceutical drugs is said to be faster, cheaper and more accurate than conventional method.

  • Predicting How Semiconductors Weather Abuse

    New semiconductors are needed that can more efficiently absorb light and drive the reactions that allow storage of energy from the sun in chemical bonds, says Berkeley Lab scientist Jeff Sharp.

  • Underwater Microscope Allows In-Situ Viewing of Marine Microorganisms

    The system is capable of seeing features as small as single cells underwater.

  • Wood Can Help Shrink Global Carbon Footprint, UN Agency Says

    When wood is made into furniture, floors, doorways or beams, it is not "instantly oxidized," but continues to store carbon, the report says.

  • Sunscreen Compound Boosts Protection Against UVA Radiation

    The compound offers protection within skin cells without interfering with the rest of the cell.

  • Fuel from Mixed Plastic to Be Tested in Marine Engines

    The technology uses pyrolysis in a fluidized bed reactor to convert unsorted residual plastic waste that might otherwise be incinerated or landfilled into a low-sulfur hydrocarbon.

  • Lockheed to Build Dry Combat Submersibles for Navy SEALs

    Lockheed Martin will construct as many as three DCS vehicles over the next five years.

  • Microneedles May Make Drug Monitoring Painless

    A microneedle patch collects and analyzes skin fluids to determine antibiotic levels in the bloodstream.

  • Nontoxic Process Promises Larger Ultrathin Sheets of 2D Nanomaterials

    The process generates a 20-fold increase in surface area per sheet, which could expand the nanomaterials’ commercial applications.

  • New Battery Outperforms Li-ions in Half the Space

    The voltage loss during recharging falls by a factor of five, the researchers say, from 1.2 volts to 0.24 volts.

  • Graphene Sheet Cleans Water Using Sunlight

    Graphene oxide sheets transform dirty water into drinking water, and also can desalinate salt water.

  • Method Converts CO2 to Fuel Using Sunlight

    The cell uses natural or artificial sunlight to convert carbon dioxide in the air directly into synthetic gas fuel.

  • Grass as a Cheap Renewable Energy Source?

    Hydrogen is contained in water, hydrocarbons and other organic matter, but a challenge has been devising ways of unlocking it in a cheap, efficient and sustainable way.

  • Modular Construction in the Oil and Gas Industry

    Oil and natural gas producers are looking to modular construction as a way to maintain margins in a tough business environment.

  • Wireless Power Transfer: A Key Technology for EV Adoption

    Wireless power transfer through magnetic induction is seen as a promising approach to ease range anxiety issues.

  • Sediment Diversions Key to Rebuilding Louisiana Coast, Group Says

    Gates and channels built into Mississippi River levees would make use of seasonal flooding to deliver sand, water and nutrients to the delta.

  • Tool Transforms Flat Materials Into 3D Shapes

    The tool enables designers to exploit the ability of certain materials to expand uniformly in two dimensions.

  • Biohybrid Robot Built from Sea Creature and a 3D-Printed Body

    The sea slug is durable down to its cells, making it capable of withstanding substantial changes in temperature, salinity and more.

  • Cathode Materials' Performance Improved by Controlling Oxygen Activity

    The discovery sheds light on how changing the oxygen composition of lithium-rich cathode materials could improve battery performance in high-energy applications such as electric vehicles.

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