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761

PREVER: residue turned into energy

Mines Nantes is home to PREVER – France’s only technological platform that offers a large range of competencies and tools for converting industrial and household waste into energy. It provides customized support for companies wanting to produce combustibles or fuel from miscellaneous residues.   As a species, Homo sapiens have a very strange way of […]

762

Agro-based composite materials – a Mines area of expertise

The materials of the future need to be more than just high-performance. They must also be environmentally friendly: more recyclable and based on renewable resources. This is why scientists and industrialists are taking a closer look at composite materials developed from plant fibers. They represent a major research focus for Institut Mines-Télécom (IMT) schools — […]

763

LTE4PMR: Securing 4G Radio Telecommunications

In January 2016, Airbus Defence and Space announced the launch of LTE4PMR, a demonstration project for secure mobile radio telecommunications based on 4G networks. The project is aimed at providing law enforcement officials and emergency services with communication technology adapted to their needs. On April 19, 2016, the French government awarded this initiative and another […]

764

Chung-Hae Park

IMT Nord Europe | Polymer, CompositeMaterials, BiobasedMaterials, NumericalSimulation, AdvancedManufacturing [toggle title=”Find all his articles on I’MTech” state=”open”] Flax and hemp among tomorrow’s high performance composite materials [/toggle]

765

Biomass: green gold at our fingertips

In the race towards renewable resources, biomass could well have an important role to play. Biomass includes organic matter derived from living organisms, particularly plants, which have more to offer than you might think. Patrick Navard is a researcher in materials at Mines ParisTech. Following his presentation at the “Materials: realities and new frontiers” symposium, […]

766

Vabhyogaz uses our waste to produce hydrogen

Hydrogen is a resource that is prized for its applications in the chemical industry and for its role in the fuel cells used in electric vehicles. Vabhyogaz – a project initiated by Didier Grouset, a researcher at Mines Albi – proposes to convert biogas from our waste into hydrogen. The project, which began nearly ten […]

767

Jérémie Soulestin

IMT Nord Europe | #Polymer #PlasticsProcesses #BiobasedMaterials #Nanocomposite #3DPrinting #AdditiveManufacturing [toggle title=”Find all his articles on I’MTech” state=”open”] Could additive manufacturing be the future of the plastic industry? Taking 3D printing to the next level Additive manufacturing, a process for the industry of the future [/toggle]

768

Esma Ismailova

Mines Saint-Étienne | Bioelectronics, Conducting polymers, Smart textiles, Electrophysiological sensors

769

Frédéric Grillot

Télécom Paris |#laser #photonics #communications [toggle title=”Find all his articles on I’MTech” state=”open”] Silicon and laser: a brilliant pairing! [/toggle]

770

The brain: the mechanics of convolutions

Why do our brains have so many folds? The answer to this question is far from simple. In fact, the answer only came at the beginning of 2016, from a team of researchers including members from Harvard University and Télécom Bretagne. Unlike some of the theories previously proposed, this answer has nothing to do with […]