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Emerging Technology for RF and Millimeter-wave Circuits based on Carbone Nanotubes – TRiCOT
TRICOT is a fundamental research project that proposes an "Emerging technology for the development of RF and millimeter circuits based on carbon nanotubes". This is an ambitious project in the context
Trap mediated electromechanical properties of silicon nanostructures – TRAMP
TRAMP addresses the scientific and technical details of the origin and potential use of the giant piezoresponse observed in silicon nano-objects. After a 10 year debate about the veracity of the giant
Spintronics with functional molecules – SPINFUN
This project aims at tailoring spintronics devices by molecular engineering using self-assembled monolayers (SAMs) of functional molecules. Our aim is to go beyond the state-of-the-art of fundamental
Ordered ZnO Nanowire-Based Type II Heterostructures for Self-Powered UV Photodetectors – DOSETTE
Detecting the ultra-violet (UV) radiation is of primary importance for a wide variety of applications, including flame detection (i.e., fire alarms, combustion monitoring, missile warning, …), biologi
Second order optical phenomena in gallium phosphide microdisks on silicon – ORPHEUS
Second order nonlinear optical phenomena in integrated microresonators are highly compelled by the conservation of both energy and momentum. Introducing randomicity in the crystal orientation of the nonlinear material relaxes this constraint and multiply the possibilities of frequency conversion in the devices. The ORPHEUS project explores these phenomena in gallium phosphide microdisks on silicon.
Notifying Memories for Dynamic Data-Flow Application – Nooman
The current architecture of computers where memory is a servile component subject to processor requests imposes constant and energy-consuming transfers. However, many of these requests are unnecessary. My goal is to bring intelligence to the memory to delete these requests because they are useless and halve the energy consumed, which will have a major impact in the context of a growing number of digital devices and the goal of a carbon-neutral society.
Magnetic textures manipulation with current- 3D finite element modeling – MATEMAC-3D
The objective of our project is to combine all key ingredients for modern Spintronics and SpinOrbitronics modeling within novel and original non-commercial multi-physics software. These key ingredient
InfraRed Emitters with Nano-Antennas – IRENA
Near infrared (NIR) sources are used for short range communication applications such as remote control or free-space optical links. Current infrared technology uses diodes operating in the near infrar
ELEctrically pumped GermANium Tin lasEr on silicon – ELEGANTE
The objective of the ELEGANTE project is to demonstrate a laser source with germanium tin alloys, operating under electrical injection up to room temperature. Such a laser source made from group IV el
Electrical Diagnosis for IoT SoCs in Automotive – EDITSoC
Internet of Things (IoT) will play a major role in futuristic vehicle applications, such as vehicle-to-vehicle communications that reduce the chance of collision, advanced navigation systems that adju