Electronics

HEADLINES ARCHIVE

  • Design + Nanomanufacturing = Optimal Solar Cell Material

    An optimal material for light management in solar cells has been fabricated with a streamlined and scalable nanomanufacturing technique.

  • Waveguide Switches Have Four Models Covering E-Band and W-Band Frequencies

    Pasternack has released a new line of devices integrated with WR-10 and WR-12.

  • Facebook Using Machine Learning to Fight Fake News

    Facebook is attempting to right some wrongs in the months after accusations that the site’s news feed is riddled with fake news stories.

  • Mobile Sensors to Measure Worker Productivity

    The system will be used to objectively measure the performance of employees in the work place based on factors like behavior and stress as obtained from the sensors.

  • App To Help Improve Student Performance

    Researchers from the Swinburne University of Technology, Australia, have developed an app to help improve student academic performance.

  • 3D-Printed Microscopes for the Developing World

    Funded by the Global Challenges Research Fund, the project aims to improve access to open source devices, such as microscopes, to people in developing countries for disease diagnostics and scientific research.

  • New Connectors Are Rated for Up to 500 Hours of Salt Spray

    Mouser Electronics Inc. is now stocking Amphe-Lite gray zinc nickel (ZnNi) metal connectors from Amphenol Industrial.

  • Re-Engineering Plastics to Conduct Heat

    A new technique that changes the molecular structure of plastic has the potential for leading to lighter, cheaper, more energy-efficient product components.

  • Artwork at Your Fingertips

    Can’t get to a museum to see a recently added collection? The San Francisco Museum of Modern Art will bring the work to you. Correction: SFMOMA will send the work to you, via text message.

  • Facial Recognition Technology Being Tested at Berlin Train Station

    In an effort to improve security throughout the country, German authorities are conducting a test of automated facial recognition technology in Berlin.

  • Watch: Slug-Inspired Medical Bio-Glues, Battery-Free Cellphones and Etch A Sketch Circuits

    Slug-inspired medical bio-glues, battery-free cellphones and Etch A Sketch circuits.

  • Minco’s New SmartHeat SLT Thin-film Heaters Save Both Space and Weight

    Minco’s SmartHeat SLT (self-limiting technology) heaters provide an efficient and effective alternative to traditional temperature management in aerospace, defense and medical applications.

  • Tomahawk Comes Home In Order to Return Stronger

    About halfway through their service life, Tomahawk missiles are returned to the factory for maintenance and the integration of new capabilities.

  • Arizona Hoping to Curb Wrong Way Driving

    According to Senator Karen Fann, vice-chairman of the state Senate Transportation Committee, the number of incidents involving wrong-way drivers has increased in recent years.

  • Sensor to Detect Flat Feet, Other Conditions

    Researchers from Kaunus University of Technology (KTU) have developed a device that detects gait and foot pressure issues that might signal the development of oncoming health conditions such as flat feet.

  • Video: Successful Launch of World’s Smallest Spacecraft

    The 3.5-by-3.5 centimeter chips weigh just four grams but contain solar panels, computers, sensors, and radios.

  • A Simple Molecule May Hold the Key to Quantum Computing

    Ultracold-temperature research on a simple two-atom molecule has demonstrated the potential for creating qubits, the basic building block of quantum computing.

  • Direct Patterning of Inorganic Nanomaterials

    Patterned materials can be metals, semiconductors, oxides, magnetic or rare earth compositions.

  • The Textalyzer Being Considered for Use in NY State

    A device able to detect if a person was using their cell phone in the moments before a serious car crash is being considered for use in the State of New York.

  • Bringing 'White-Out' to Atomic Circuitry

    Researchers have found a way to delete and replace out-of-place atoms in circuitry designs, potentially leading the way to faster, smaller and greener electronics.

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