Processes of micro and nanofabrication

Your needs

Functionalizing materials or reducing their lateral sizes to a nanometric scale to modify their properties
Electrical measurements on thin films
Excitation and detection of acoustic waves
Creation of nanostructures (top-down)
Measurements on single nano-object
Microsystem sensors
"Lab on a chip"

Magnetic tunnel junctions
Surface acoustic wave devices
Transistors for organic electronics
Microfluidic devices for impedance spectroscopy
Microfluidic devices for handling and heating
Devices for handling magnetic walls
Thermoelectric elements
Piezoelectric membranes
Characterization of unique thermoelectric nanowires
Contacts on semiconducting structures
Spin electronics: Tunnel junctions, wall devices
Micro and Nanomagnetism: Walls in nanostructures, geometric frustration micro-fluidics
Mechanics of nanostructures: Membranes
Surface acoustic waves: Innovative materials, filters
Sensors, Phononics, Optronics and Semiconductors, Silicon Nanocrystals, BGaAlN Photodetector
Nano-objects: Nanotubes, molecular conductors

Cutting all substrates with an accuracy of 10µm
Magnetic measurements
Probing, controlling and functionalizing the magnetism of matter
Electronic architectures
Characterization of surfaces and interfaces:
- Electron microscopy
- X-ray diffraction

Contact the research group:
juan-carlos.rojas-sanchez@univ-lorraine.fr
+33 (0) 3 72 74 25 78
Contact the technology transfer office (TTO):
ijl-tto@univ-lorraine.fr
+33 (0) 3 72 74 26 04