News : LMGP

October 20 2020

Silicon on insulator sensor with metal deposited contacts for detection of charged nanoparticles: proof of concept of two original electrical methods: fluctuation-enhanced sensing and out-of-equilibrium body potential

Silicon on insulator sensor with metal deposited contacts for detection of charged nanoparticles:  proof of concept of two original electrical methods: fluctuation-enhanced sensing and out-ofequilibrium body potential   FMNT laboratories involved/Advisors: IMEP-LAHC: C. Theodorou, christoforos.theodorou@grenoble-inp.fr; I. Ionica, Irina.Ionica@grenoble-inp.fr LMGP: Marianne Weidenhaupt, marianne.weidenhaupt@grenoble-inp.fr Context/objectives: In the wide family of bio-chemical sensors, the ISFETs (Ion Sensing Field […] >>

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 […] >>

September 13 2018

Deposition of oxide thin films via Spatial Atomic Layer Deposition: in search of high quality oxide semiconductors for electronic and optoelectronic applications

Project description In ever more challenging environmental conditions an increasing amount of scientific work is devoted to the investigation of new materials for energy applications. But apart from finding better materials, new processing tools need to be developed allowing the scalable deposition of high quality materials at low temperatures. Atomic Layer Deposition (ALD) is an […] >>

September 13 2018

Optimization of a Spatial Atomic Layer Deposition system by simulation

Project description In ever more challenging environmental conditions an increasing amount of scientific work is devoted to the investigation of new materials for energy applications. But apart from finding better materials, new processing tools need to be developed allowing the scalable deposition of high quality materials at low temperatures. Atomic Layer Deposition (ALD) is an […] >>
More information
X