EPFL-NANOLAB
Contact persons: Adrian Ionescu
Processing platform
### Equipment ### Processing platform
Modelling platform
### Equipment ### Modelling platform
Characterization platform
### Equipment ### Characterization platform
Main Expertises | ||
---|---|---|
Beyond CMOS | Neuromorphic Computing | x |
Phonon engineering | x | |
Small slope switches-NW/TFET/NEMS | x | |
Alternative materials-2D layers | x | |
Novel devices for ultra-low power | x | |
1D | x | |
Quantum Technologies & Very low temperature electronics | x | |
More Moore | Logic Nanodevices& circuits | x |
Memories | x | |
Very low power devices | x | |
High temperature electronics | x | |
More than Moore | micro-nano-bio Sensors & Systems | x |
Energy Harvesting | x | |
RF devices & circuits | x | |
Photonics devices | x | |
Power devices | x | |
Flexible electronics | x | |
Smart systems& Systems design | Smart systems | x |
Systems design | x |
Research interests | ||
---|---|---|
Beyond CMOS | Neuromorphic Computing | x |
Phonon engineering | x | |
Small slope switches-NW/TFET/NEMS | x | |
Alternative materials-2D layers | x | |
Novel devices for ultra-low power | x | |
1D | x | |
Quantum Technologies & Very low temperature electronics | x | |
More Moore | Logic Nanodevices& circuits | x |
Memories | x | |
Very low power devices | x | |
High temperature electronics | x | |
More than Moore | micro-nano-bio Sensors & Systems | x |
Analogue devices | x | |
Energy Harvesting | x | |
RF devices & circuits | x | |
Photonics devices | x | |
Power devices | x | |
Flexible electronics | x | |
Smart systems& Systems design | Smart systems | x |
Systems design | x |