MasterNanosciences, nanotechnologies

Research project of Mihaly D'Esposito, student of the Soft Nanosciences programm of GS@UGA, at the LiPHy, Grenoble

Research project of Reem Ismail, student of the Soft Nanoscience program of GS@UGA, at the LEPMI, Grenoble. Within the next decade, new generations of lithium batteries based on silicon/carbon and Li metal anodes are expected to take over the battery market. Among those, all-solid-state batteries (ASSBs) comprising a Li metal anode and a solid-state electrolyte are a target of choice as their properties should overcome all previous battery technologies. Indeed, only ASSBs Li batteries are expected to fulfill the needed cell gravimetric energy density, cyclability, sustainability, and recycling specifications demanded by electromobility and stationary applications.

Research project of Kaya Forson, student of the Soft Nanoscience program of GS@UGA, in the team MODI of the LiPhy, Grenoble. The interdisciplinary KIDNEW project, funded under the European Pathfinder scheme, aims to develop a prototype of implantable artificial kidney.

Research project of Maeva Fourny, student of the Soft Nanoscience program of GS@UGA, at the Liphy, Grenoble.

Research internship of Alexis Chaduc, student of the Soft Nanoscience program of GS@UGA, at the Liphy, Grenoble. The ability of air bubbles to interact with acoustic waves leads the development of acoustic metamaterials.

Research project of Amina Saidi, student of the Soft Nanoscience program of GS@UGA, at the LiPhy, Grenoble. Electrolytes at solid interfaces play a major role in supercapacitors, batteries, fuel cells, but also for harvesting the "blue energy" of saline gradients.

Research project of Amélie Bétend-Bon, student in the Soft Nanoscience program of GS@UGA, at Institut Néel, in collaboration with Glasgow university.

Research project of Shalini Kundu, student of the Soft Nanoscience program of GS@UGA, at the LEGI, Grenoble.

Research project of ian Bedin-Gaden, student of the Soft Nanoscience program of GS@UGA, in the team MODI of the Liphy, Grenoble. Recycling without polluting is one of the biggest challenges that chemistry faces today.

Research project of Kevin Cardenas, student of the Soft Nanoscience program of GS@UGA, at the LNCMI, Grenoble. Life homochirality consists in the exclusive production of homochiral molecular building blocks for the fabrication of biological polymers.

Research project of Bahaa Mazloum, student of the Soft Nanoscience program of GS@UGA, in the team Statistical Physics and Modelisation (PSM) of the LiPHy, Grenoble.

Research project of Jose Trujillo, student of the Soft Nanoscience program of GS@UGA, at the Institut Néel. The use of nanoparticles for biological imaging applications is booming, particularly for cancer diagnosis.

Research project of Ekaterina Imaikina, student of the Soft Nanoscience program of GS@UGA, at the LMPG Grenoble

Research project of Fidaa Qorom, student of the Soft Nanoscience program of GS@UGA, at the Liphy, Grenoble.