News : MINATEC

June 10 2013

MINATEC gets €150 million worth of new buildings

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With €150 million of building construction projects planned or underway, MINATEC is undergoing a major expansion—its biggest leap forward since it was established in 2002. The Nanobio2 building (1,400 m2 of useable space) will be inaugurated in just a few weeks. Construction has begun on the Phelma II building (8,500 m2 of gross floor area) […] >>

June 10 2013

Body Area Networks gain traction

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  • MINATEC
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  • Research
You’ve probably heard of people being equipped with sensors, like athletes who want to study their body movements or the elderly who receive remote care. But figuring out how the electromagnetic waves propagate isn’t easy, since the human body itself is an obstacle that can interfere with waves’ behavior. This is a major challenge in […] >>

June 10 2013

Tracking down deposits on artery walls

  • MINATEC
  • News
  • Research
Can nanovectors be used to diagnose and treat atheromas—the fatty deposits on artery walls that can eventually lead to a heart attack or stroke? This question is at the heart of the EU’s NanoAthero project, which was launched in March 2013 and is being coordinated by INSERM. Scientists will test five types of nanovectors including […] >>

June 10 2013

Leti teams up with Rohde & Schwarz on RF

  • Industry
  • MINATEC
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  • Research
Rohde & Schwarz, a German manufacturer of radiofrequency (RF) test equipment, has teamed up with Leti to develop technology to improve its systems. The goal is to find a way to characterize the RF blocks (like amplifiers, oscillators, and frequency mixers) used in tablets and smartphones under real-world conditions. Existing characterization tools take into account […] >>

June 10 2013

Nanowires for supercapacitors

  • MINATEC
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  • Research
Two INAC labs have chalked up a major breakthrough that will make it easier for chip manufacturers to use supercapacitors in their computer chips. Researchers at these labs used a vapor chemical deposition process to create nanostructured silicon electrodes, and then made these electrodes both capacitive and stable through a special surface preparation. These electrodes […] >>
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