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semiconductors

Company Adds Three New Products to Semiconductor Portfolio

Company Adds Three New Products to Leading Semiconductor Portfolio

New Methodology Demonstrates Improved Data Transfer for Semiconductor Fiber Optics

A new innovation in the world of data transfer could provide us with faster, more reliable, and less expensive technology.

3D Printers Add A New Dimension to Circuits

A recent breakthrough could take 3D electronic printing into the fast, easy, and reliable future.

World’s Smallest Transistor Is Finally Here

Big changes come in small sizes -- just ask the scientists behind the world's smallest transistor, and what it means for the future of electronics.

Liquid-Light Semiconductor Switch to set Foundation for Future Signal Processing

A group of researchers from the University of Cambridge have built an energy efficient, miniature, electro-optical switch for semiconductor microchips. Using a form of liquid light and an external electrical field, the team has created a semiconductor switch that can convert electrical signals to optical signals.
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Black Phosphorus Emerges as Potential Silicon Replacement

As we appear to be reaching the limits of silicon, scientists are looking for...

IBM’s New Chip Proves Moore’s Law is Still Alive

IBM has just announced a milestone for the semiconductor industry that will enable 20...

The First Functioning Single-Molecule Diode

A Columbia University engineering research group has created the first single-molecule diode that performs...

Nanoengineers Discover New Techniques to Make Semiconductor Materials Flexible

University of California nanoengineers have developed new techniques that could lead to molecularly stretchable...

Researchers Develop Way to Make Semiconductors Better Detectors

Researchers at Georgia State University have found a way for semiconductors to detect a wider range of light than currently possible. An extra light source was added to their device that prepares the semiconductor with energy and when a low energy, long wavelength beam passes over, the extra light source pushes the material to the top creating a detectable reaction. 

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