News : IMEP-LaHc

October 04 2023

May 16 2023

Development of Atomic Force Microscopy techniques for the characterization of piezoelectric semiconductor materials – Applications in energy conversion

 Postdoctoral subject: : Development of Atomic Force Microscopy techniques for the characterization of piezoelectric semiconductor materials – Applications in energy conversion     Keywords: AFM, Semiconductor Physics and technology, Nanotechnologies, Nanowires, Piezoelectricity, Multiphysics simulation. Description of the project: Semiconductor piezoelectric nanowires (NWs) (GaN and ZnO among others) have improved piezoelectric properties compared to thin films […] >>

April 21 2023

Multi-feed reconfigurable antenna system using bio-sourced substrate for the sub-7 GHz 5G and beyond

Thesis offer Multi-feed reconfigurable antenna system using bio-sourced substrate for the sub-7 GHz 5G and beyond     Context and objective: The ICT sector contributed to about 3% of the worldwide CO2 emissions and this percentage is increasing with the increase in communication needs [1]. To meet the requirements of a high data rate communication […] >>

April 18 2023

Integrated Photonic on glass for THz Frequency Generation

  PhD position Integrated Photonic on glass for THz Frequency Generation The thesis will focus on the development of co-integrated Glass DFB Lasers for THz generation and  the demonstration to high speed communications. Several advanced applications, such as next wireless  communication system (6G and beyond), spectroscopes and radars require high purity radio frequency  signals. These […] >>

April 14 2023

Development of methods for characterization and modeling of complex media in the THz domain

      PhD position 2023-2024 Development of methods for characterization and modeling of complex media in the THz domain 1- Context and scientific issues The terahertz (THz) domain is very promising for the detection of substances and materials [1], for security purposes [2], for non-destructive testing [3] but also for very high speed telecommunications […] >>
More information
X