nanoscale

MAJOR BREAKTHROUGH IN CHIP ARCHITECTURE TECHNOLOGY

MAJOR BREAKTHROUGH IN CHIP ARCHITECTURE TECHNOLOGY

Keeping in mind the betterment of artificial intelligence and various other CPU intensive workload, EPFL (École Polytechnique FĂ©dĂ©rale de Lausanne) engineers have developed a new single architecture that combining logic operations and data storage. It may hold the potential to lay the fundamental work for the upcoming generation of smaller, faster, and more energy-efficient devices. Engineers at EPFL’s Laboratory […]

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NEW OLED ARCHITECTURE HAS 10000 PPI RESOLUTION

NEW OLED ARCHITECTURE HAS 10,000 PPI RESOLUTION

Researchers at Samsung in Korea and Stanford University in the US have developed and patented a new architecture for OLED displays with resolution up to 10,000 pixels per inch (PPI). by Nick Flaherty @ eenewsembedded.com The design uses adapted an electrode ultra-thin solar panels with a base layer of reflective metal with nanoscale corrugations, called an

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INCANDESCENT LIGHT BULBS AT THE NANOSCALE

INCANDESCENT LIGHT BULBS AT THE NANOSCALE

Using tiny arrays of carbon nanotubes, a team of researchers at Rice University has designed nanoscale incandescent light source that could be tuned to precisely emit at specific wavelength, based on the materials’ configuration. The so-called nanoscale thermal emitters described in a paper titled “Non‐Hermitian Selective Thermal Emitters using Metal–Semiconductor Hybrid Resonators” published in the journal of

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3D PRINTED CLIP ON TURNS ANY SMARTPHONE TO A HOUSEHOLD MICROSCOPE.

3D PRINTED CLIP-ON TURNS ANY SMARTPHONE TO A HOUSEHOLD MICROSCOPE.

Smartphone microscope as the name implies is basically a microscope which is compatible with a user’s smartphone. They mostly made up of a soft pliable lens and uses the smartphone’s camera. Smartphone microscopes have been in existence before, they are based on the use of external LEDs and usually get powered from an external source, these attachments

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Nanoscale refrigerator helps quantum computers keep their cool

The next big breakthrough for electronics is likely to be quantum computers, which will increase digitized memory capacity exponentially and allow scientists to start tackling problems that our classical computers have no hope of handling right now. Companies like IBM are starting to make some headway, but there are still plenty of hurdles to jump

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