News :

June 05 2019

Second harmonic generation for semiconductor materials and interfaces characterization

Second harmonic generation for semiconductor materials and interfaces characterization IMEP – LAHC, MINATEC – INPG, 3, Parvis Louis Néel, 38016, Grenoble Advisors/contacts: Irina Ionica , 04 56 52 95 23 Guy Vitrant Lionel Bastard Context: This PhD topic is financed within the French national plan Nano 2022, which is a part of the European project […] >>

May 24 2019

Investigating the polarity related properties of well-ordered ZnO nanowires for piezoelectric devices: The issue of defects & hydrogen

Topic: The development of semiconductor nanowires (NWs) is of great basic and technological interests owing to their high aspect ratio at nanoscale dimensions, giving rise to novel, remarkable properties, as well as a broad range of potential applications. Among them, ZnO as an abundant and biocompatible compound semiconductor with attractive properties has been receiving increasing […] >>

April 08 2019

Transparent electrodes based on silver nanowires-nanocellulose: from fundamental aspects to device integration

A phD position is offered between LMGP and LGP2 laboratories. The appointment has a fixed duration of 36 months, starting 01/10/2019. You will be hired in the framework of a Regional project (2018-2023) called “Eternité” and dealing with research and development devoted to optically transparent materials and electrical conductors that has attracted growing interest in […] >>

June 11 2018

Realization and optimization of biosensors based on SiC nanolines for DNA electrical detection

PhD proposal 2018 Realization and optimization of biosensors based on SiC nanolines for DNA electrical detection Scientific context : The fast and direct detection of small quantities of biomolecules improves early medical diagnosis of certain serious diseases as cancers and can be used to detect in situ the presence of pathogenic viruses or GMOs for […] >>

June 07 2018

Development of Innovative and Transparent Radio-Frequency devices based on Nanocelluloses – Silver Nanowires hybrid system

Project : E-Transparent Development of Innovative and Transparent Radio-Frequency devices based on Nanocelluloses – Silver Nanowires hybrid system _____________________________________________________   PhD Start : 01/10/2018 Univ. Grenoble Alpes – IDEX Allocation   Application deadline : 30/06/2018 Project Description Electromagnetic waves are present everywhere and are used in many devices for industrial as well as in everyday […] >>
More information
X