Vincent Thiéry
IMT Nord Europe | Civil Engineering, Environment, Geosciences, Geomaterials
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IMT Nord Europe | Civil Engineering, Environment, Geosciences, Geomaterials
The MAGIC project aims to develop a camouflage technique against infrared cameras. Mines Saint-Etienne is using its expertise in the optical properties of materials to achieve the project’s objective. Funded by the DGA and supported by the ANR, MAGIC primarily focusses on military applications. Jenny Faucheu, a researcher on the project at Mines Saint-Étienne, explains the […]
The 3-year H2020 project PHENOmenon, launched in January 2018, is developing nano 3D printers capable of producing micro and nano-structures (particularly those with an optical function), while adhering to limited production times. Kevin Heggarty is a researcher at IMT Atlantique, one of the project partners along with three other European research institutes and eight industrial […]
Cyberattacks are a growing reality that organizations have to face up to. In the framework of the German-French Academy for the Industry of the Future, researchers at IMT and Technische Universität München (TUM) show that there are solutions to this virtual threat. In particular, the ASSET project is studying responses to attacks that target communication […]
Following a call for proposals launched by the German-French Academy for researchers at IMT and TUM (Technische Universität Munchen), seven projects were selected in October 2018. The projects focus on key topics for the German-French Academy for the Industry of the Future. A French-German platform for AI will soon be launched. The selected projects […]
Viruses, malware, spyware and other digital pathologies are not the only way computer systems’ vulnerabilities are exploited. Hardware attacks are not as well-known as these software attacks, but they are just as dangerous. They involve directly exploiting interaction with a system’s electronic components. These sneak attacks are particularly effective against connected objects. Jean-Max Dutertre’s team […]
How can we measure the deformation of a stratospheric balloon composed only of an envelope a few micrometers thick? It is impossible to attach a sensor to it because this would distort the envelope’s behavior… Photomechanics, which refers to measurement methods using images and computer analysis, makes it possible to measure this deformation or a […]
Mohamed Daoudi, IMT Lille Douai – Institut Mines-Télécom [divider style=”normal” top=”20″ bottom=”20″] [dropcap]W[/dropcap]elcome to the new era: that of facial biometrics. The launch of the iPhone X, a smartphone featuring Face ID facial recognition, demonstrated that this technology has now reached full maturity. This became possible with the introduction of miniature 3D sensors with high-level […]
Although additive manufacturing is already fully integrated into industrial processes, it is continuing to develop thanks to new advances in technology. The Additive Manufacturing Tech’Day, co-organized by IMT Mines Alès and Materiautech – Allizé-Plasturgie, brought together manufacturers and industry stakeholders for a look at new developments in equipment and material. José-Marie Lopez Cuesta, Director of […]
Driven by his desire to take the performance of fiber optics to the next level, Sébastien Bigo has revolutionized the world of telecommunications. His work carried out at Nokia Bell Labs has now set nearly 30 world records for the bandwidth and distance of optical communications. Some examples: the first communication transmitted at a rate […]