Electronics News

Posted November 20, 2009:

• Polymer With Honeycomb Structure: Scientists Synthesize Graphene-Like Material

Posted November 19, 2009:

• 'Fingerprinting' RFID Tags: Researchers Develop Anti-Counterfeiting Technology
• Novel Connector Uses Magnets for Leak-Free Microfluidic Devices
• Engineering Functional Structures With Single Atoms and Molecules

Posted November 17, 2009:

• Researchers Find Reliable, Mess-Free Way to Grow Graphene

Posted November 16, 2009:

• 'Universal' Programmable Two-Qubit Quantum Processor Created

Posted November 13, 2009:

• New Nanowires May Contribute to Highly Efficient Solar Cells

Posted November 12, 2009:

• Working Together To Design Robust Silicon Chips

Posted November 11, 2009:

• New 'FinFETs' Promising For Smaller Transistors, More Powerful Chips
• New Nano Color Sorters From Molecular Foundry
• Overcoming Barriers For Organic Electronics
• Understanding Mechanical Properties Of Silicon Nanowires Paves Way For Nanodevices

Posted November 10, 2009:

• DNA Origami Nanoscale Breadboards Developed For Carbon Nanotube Circuits

Posted November 9, 2009:

• How Size Matters For Catalysts: Study Links Size, Activity, Electronic Properties
• Unique Micronail Chip Makes Electronics And Bio Cells Communicate

Posted November 2, 2009:

• Discovery May Lead To Precision Engineering Of Superconducting Thin Films For Electronic Devices
• Transforming Nanowires Into Nano-Tools Using Cation Exchange Reactions

Posted October 30, 2009:

• All-Electric Spintronics Created

Posted October 26, 2009:

• Going Plasmonic In Search Of Faster Computing, Communications

Posted October 19, 2009:

• Smallest Electronic Component: Researchers Create Molecular Diode

Posted October 15, 2009:

• Interactions Between Massless Particles May Lead To Speedy, Powerful Electronic Devices
• Growing Geodesic Carbon Nanodomes

Posted October 13, 2009:

• New Method Reveals All You Need To Know About 'Waveforms'
• 24-Carat Gold 'Snowflakes' Improve Graphene's Electrical Properties

Posted October 6, 2009:

• Nobel In Physics: Creators Of Optical Fiber Communication And CCD Image Sensor
• Eight-Channel Wireless EEG System For Ambulatory Monitoring Developed

Posted October 5, 2009:

• Graphite Mimics Iron's Magnetism: New Nanotech Applications

Posted October 4, 2009:

• New Electronic Concept: How Hybrid Motors Could Become Cheaper

Posted October 2, 2009:

• Step Toward Better Brain Implants Using Conducting Polymer Nanotubes
• Better Control Of Carbon Nanotube 'Growth' Promising For Future Electronics

Posted September 28, 2009:

• Discovery Brings New Type Of Fast Computers Closer To Reality
• Carbon Nanostructure Research May Lead To Revolutionary New Devices

Posted September 27, 2009:

• Lab Demonstrates 3-D Printing In Glass

Posted September 25, 2009:

• Engineers Produce 'How-To' Guide For Controlling Structure Of Nanoparticles

Posted September 24, 2009:

• Paper Battery May Power Electronics In Clothing And Packaging Material

Posted September 23, 2009:

• New Findings Could Help Hybrid, Electric Cars Keep Their Cool
• New NIST Nano-Ruler Sets Some Very Small Marks

Posted September 18, 2009:

• Using Magnetism To Turn Drugs On And Off
• Toward The Design Of Greener Consumer Products

Posted September 17, 2009:

• New Air Force Magnetron May Help Defeat Enemy Electronics

Posted September 16, 2009:

• Graphene And Gallium Arsenide: Two Perfect Partners Find Each Other

Posted September 14, 2009:

• Looking Deeply Into Polymer Solar Cells

Posted September 13, 2009:

• Graphitic Memory: Advances Bring Graphite As Storage Medium A Step Closer

Posted September 9, 2009:

• Electrical Circuit Runs Entirely Off Power In Trees

Posted September 7, 2009:

• Nanoelectronic Transistor Combined With Biological Machine Could Lead To Better Electronics
• Organic Electronics A Two-Way Street, Thanks To New Plastic Semiconductor

Posted September 5, 2009:

• New Graphene-Based, Nano-Material Has Magnetic Properties

Posted September 2, 2009:

• New Clean Room To Push Boundaries Of Computer Memory Technology

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