News : LMGP

Simulation, fabrication and characterization of transparent piezoelectric transducers based on ZnO nanowires Detailed Topic Piezoelectric devices are attracting growing interest as a micro-source of energy by harvesting mechanical ambient energy, and as sensors via the direct piezoelectric effect. In this context, semiconducting materials in the form of nanowires constitute a promising building block for the […] >>

                                                    MASTER 2 THESIS /PFE                                                                                                                                                     (5 to 6 months) Study of protein adsorp0on on surfaces by means of an integrated photonic sensor   The adsorption of proteins on surfaces plays an important role in the biomedical field [1]. For diagnostics, the control of the adsorption of immobilized capture antibodies is crucial for accurate […] >>

  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 […] >>

                            PhD.D. student  position at the  LMGP and IMEP-LAHC Laboratories in Grenoble Study of non-linear electromechanical effects on piezoelectric semiconducting nanowires Detailed subject : In recent years, there has been a growing interest in the international scientific community for the study of nanowires (NWs), whose one-dimensional (1D) character gives […] >>

                            PhD.D. student  position at the  LMGP and IMEP-LAHC Laboratories in Grenoble Deposition of functional oxides by spatial atomic layer deposition (SALD) for integration in piezoelectric devices PhD description: The SALD team is a very dynamic group focusing of the development of functional thin films using scalable chemical vapour […] >>