Hassan EL DIRANI defended on Tuesday, December 19th a DOCTORAL thesis of the University of Grenoble Alpes,speciality "Optics & Radiofrequencies ", entitled :
Detailed Investigation of band-modulation devices in advanced 14 nm and 28 nm FDSOI technologies hassan
Nimisha SIVARAMAN defended on Wednesday, December 5th a DOCTORAL thesis of the University of Grenoble Alpes, speciality" Optics & radiofrequencies" entitled:
Design of printed circuit magnetic probes for near field measurements and the development of algorithms for the prediction of EMC
Design, study and modeling of a new generation of silicon nanowire transistors for biosensing application
Slow-wave substrate integrated waveguides for RF and millimeter-wave bands applications
Printed flexible antenna for ambient Radio-Frequency energy harvesting
Optical Systems for next Wireless standard (5G) Generation Delivery
"Electrical Characterization and Modeling of Advanced Nano-scale Ultra Thin Body and Buried Oxide MOSFETs and Application in Circuit Simulations"
"Investigation of degradation mechanisms and related performance concerns in 40nm NOR Flash memories"
" Electrical characterization of fully depleted SOI devices based on C-V measurements "
Integration of in situ solutions for power characterization of HBT transistor in 55 nm BiCMOS technology beyond 130 GHz
Wireless Baseband Transmission fo short distance digital communication with circuits placed at cryogenic temperature
Piezoelectric generators based on semiconducting nanowires: simulation and experiments
Jiang CAO defended on Monday, January 23th a doctoral thesis of the University of Grenoble Alpes, speciality "Nano Electronics and Nano Technologies ", entitled:
Tunnel field effect transistors based on two-dimensional materials
Sotirios ANTHANASIOU defended on Tuesday, January 17th, a doctoral thesis of the University of Grenoble Alpes, specility "Nano Electronics and Nano Technologies ", entitled:
Conception, fabrication and characterization of innovative FD-SOI devices for advanced protection against electrostatic discharge damage