News : Research
June 10 2013
MEIS looks at nanowire constraints
- MINATEC
- News
- Research
MEIS, or medium-energy ion scattering, off ers very-high-resolution chemical and structural surface analysis capabilities. The technique works by analyzing the energy and angle of backscattered ions, and is frequently used for fl at layers. A team of researchers from INAC and Leti recently came up with an innovation when they used MEIS to study the […] >>
June 10 2013
Microcoolers hold it together under pressure of 250 bars
- MINATEC
- News
- Research
Leti engineers had a surprise in store for CERN researchers when they recently presented microcoolers they had made for a CERN experiment. While the technical specifications for the microcoolers required pressure resistance of up to 100 bars, Leti’s devices held strong even at 250 bars! And the CERN is looking for even more powerful pumps […] >>
June 10 2013
Lens-free virus viewing thanks to a webcam
- Industry
- MINATEC
- News
- Research
It may soon be possible to view cells, bacteria, and viruses without a lens by using a simple webcam CMOS image sensor and LED lights. While this may sound like something concocted by a mad scientist, it is in fact a practical idea that Leti and UCLA researchers have been working on for the past […] >>
June 10 2013
Even faster multi-core processor calculations
- MINATEC
- News
- Research
Grenoble-based engineers from CEA-List have more than doubled the speed of a matrix multiplication program using a new dynamic compilation method. This method, designed specifically for multi-core processors, works by optimizing the execution of the most calculation-intensive sections of code. It offers an attractive alternative to static compilation, which optimizes the overall code using conservative […] >>
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 […] >>


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