News : MINATEC
February 04 2013
Vibration energy harvesting: Leti files three patents
- MINATEC
- News
- Research
Leti researchers recently filed three patents for vibration energy harvesting microsystems. Their new technology counters one of the weaknesses of vibration energy harvesting systems: the systems’ yields drop off sharply when their resonance frequency deviates from the ambient vibration frequency. Currently, the best systems can tolerate vibration frequency differences of just 5%. But the first […] >>
February 04 2013
Phelma Junior Consultants to reach out to more businesses in 2013
- Education
- Life @ MINATEC
- MINATEC
- News
Phelma Junior Consultants, the school’s student-run consulting club, plans to reach out to more businesses in 2013 to help students refine their career plans. The club’s company outreach activities will also give students a chance to promote the school and its academic programs. Students are currently getting ready for upcoming tours of Elsys Design and […] >>
February 04 2013
Spintronic devices in germanium—at room temperature
- MINATEC
- News
- Research
We could one day see electronic components that combine electric and magnetic currents. A Grenoble-based team of researchers from INAC, UJF, Crocus, CNRS, and Thales has just made a step toward this potential breakthrough. The researchers injected spin-polarized electrons into germanium, a material compatible with microelectronics applications, at room temperature. They used a tunnel junction […] >>
February 04 2013
Clinatec continues to expand
- Innovation & Society
- Life @ MINATEC
- MINATEC
- News
- Research
The Clinatec R&D center has completed the major renovation work necessary to bring its facilities into compliance. The revamped center is now fully operational with a team of 90 researchers. And the center recently scored a big win with successful toxicology testing on Protool, a surgical instrument that can capture tissue (healthy or cancerous) for […] >>
February 04 2013
Memory: Leti researchers observe GST
- MINATEC
- News
- Research
Germanium-Antimony-Tellurium, or GST, is a phase-change material that passes from an amorphous to a crystalline state at temperatures of 100°C to 150°C, making it a good candidate for phase-change memory. However, when looking at GST samples under a transmission microscope, scientists observed that these properties actually turn into a disadvantage. During the ion-beam preparation phase, […] >>


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