STT-MRAM cell integration and study for high speed and ultra-low power consumption
Offer N°: SL-DRT-15-0705
To overcome the limitations in terms of current consumption and miniaturization logic circuits, the semiconductor industry incorporates more components of non-volatile memories within those chips. Among them, the STT-MRAM magnetic memories are the most promising. The attractiveness of this innovative technology comes with its very high programming speed (GHz) and its infinite endurance.
Exploration of wiring diagnostics via compressive sensing: Algorithms and ultra-compact Analog-to-Information (A2I) architectures
Offer N°: SL-DRT-15-0162
Wired networks are considered as the backbones of complex systems. The increase of the complexity of modern systems has come with the increase of wire lengths. Whatever their application domain, wires can be subject to aggressive environmental conditions which may create defects. These defects can have dramatic consequences and if not detected soon can be the cause of deadly accident.
New FDSOI-based integrated circuit architectures sensitive to light for imaging applications
Offer N°: SL-DRT-15-0130
It was recently demonstrated that FDSOI (Fully-Depleted Silicon-On-Insulator) transistors electrical characteristics can be sensitive to light illumination provided a diode is monolithically integrated below the BOX (Buried Oxide). In particular the transistor threshold voltage (VT) is significantly tuned by light illumination with this architecture, potentially enabling highly integrated new functions like light detection for More Than Moore applications.
Controlled iCVD: towards the realization of block copolymers and localized functionalization by CVD
Offer N°: SL-DRT-15-0137
iCVD (for initiated Chemical Vapor Deposition) is a new technique allowing the functionalization of substrates with polymer thin films. This deposition technique can be performed at room temperature on delicate surfaces such as paper, textiles or stacks sensitive to temperature or solvent (for example NEMS or organic materials). However, due to the high reactivity of carbon radicals, the growth of the macromolecular chains obtained by this technique remain difficult to control.