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June 07 2022

Antennas can be printed on 3D objects with plastronics

  • Education
  • News
  • Research
The six-year MINT Chair on plastronics recently wrapped up its research. IMEP-LaHC, LG2P, and the S-mart Grenoble Alpes CIM platform will continue to evaluate the potential and performance of the RF antennas developed.What makes these antennas unique is that they are printed directly onto different-shaped 3D objects using jetting* print heads mounted on six-axis robots. […] >>

June 07 2022

CEA-Leti partnership with UCLouvain off to a great start

  • MINATEC
  • News
  • Research
CEA-Leti and Université Catholique de Louvain (UCLouvain) in Belgium signed a three-year partnership agreement in early 2022 that has already sparked two workshops.A kickoff workshop was held at UCLouvain in March, and a second workshop, which included CEA-Leti lab tours, took place in Grenoble in late May.UCLouvain (not to be confused with nearby IMEC) is […] >>

June 07 2022

The Grenoble branch of nonprofit Cheer up! gets back to work

  • Education
  • Life @ MINATEC
  • News
More than 200 runners entered the Race Against Cancer organized by Cheer Up! on April 10. The Grenoble INP – Phelma, UGA student nonprofit helps people between the ages of 12 and 25 living with cancer.The race raised more than €3,000, marking the nonprofit’s post-pandemic comeback.The funds will be donated to Institut Curie and Fondation […] >>

June 06 2022

Microtechnology could aid in the study of tau protein’s role in Alzheimer’s

  • Life @ MINATEC
  • News
  • Research
Tau protein plays a role in the onset and progression of Alzheimer’s disease—that much scientists are sure about.But, due to a lack of tools for manipulating and studying the protein, its exact role is not known.CEA-Leti in Grenoble and ICM* in Paris recently won an Alztec Innovation Program grant to solve this problem.The researchers in […] >>

June 06 2022

Photovoltaics: yield-boosting solar inverter

  • Innovation & Society
  • News
  • Research
CEA-Leti and CEA-Liten are joining forces to develop a low-loss inverter to boost photovoltaic solar panel conversion efficiency. Inverters transform the direct current PV panel output into alternating current compatible with domestic electricity networks.The new inverter is built on 100V and 650V GaN on silicon power transistors. It is faster (150 kHz) and cuts losses […] >>
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