IMEP-LAHC

Microélectronique, électromagnétisme, photonique, hyperfréquences

Micro Nano Electronic Devices (CMNE)

Devices in High fRequencies for sustainable Electronics And for complex systeMS (DHREAMS)

PHOtonics Terahertz and Optoelectronics (PHOTO)

Micro Nano Electronic Devices (CMNE)
Devices in High fRequencies for sustainable Electronics And for complex systeMS (DHREAMS)
PHOtonics Terahertz and Optoelectronics (PHOTO)

The Institut de Microélectronique Electromagnétisme Photonique and LAboratoire d'Hyperfréquences et de Caractérisation, IMEP-LaHC, is a « unité mixte de recherche » (CNRS / Grenoble INP / UGA / Université Savoie Mont Blanc) of 110 people strongly committed in research activities related to micro- and nano-electronics, microphotonics, micro- and nano-systems, microwaves and microwave-photonics.

The laboratory is settled over two sites : Grenoble-Minatec (38) and Le Bourget du Lac (73).

IMEP-LAHC UMR 5130
Director : Anne KAMINSKI-CACHOPO

Grenoble site contacts

Fax: 04 56 52 95 01

Secretary

Gwladys ANAGNI
Tel : 04 56 52 95 00

Access Plan

Chambéry site contacts

Secretary

DOS REIS Fernanda
Tel: 04 79 75 84 73

Acces Plan

Start-up LICHENS

Lichens is a company founded in March 2021.The company aims at improving mobile communication indoors.Thermal insulation glass is now widely used for new constructions and for renovation.The Lichens solution is an adhesive film printed with conductive motifs, applied on the windows.This technology is a patented innovation of IMEP-LaHC and the product’s commercial release is slated for 2022 .

DAMP probe

The Linksium DAMP project (Device for the Analysis of Materials Profiles) developed in IMEP-LaHC is now in a marketing phase.
The device consists of a multisensors RF probe for the measurement of stratified media physical properties with a specialized software and database.
The target markets are precision farming and snowpack monitoring.

Presentation of the instrument
Contact: Pascal XAVIER

Nokia Foundation Distinguished Chair

Chaire d'Excellence Nokia Foundation- Novel glass platfrom for telecom signals generation

PhD Defense

08

févr.

PhD Defense of Miltiadis ALEPIDIS

Published on 25/01/2022

Silicon-on-insulator devices with metal contacts for pH sensing based on out-of-equilibrium body potential

Seminar

28

janv.

Realization and optimization of SiC based nanowires Electrical Field Effect (NWFETs) based biosensor

Published on 09/11/2021

Olfa KARKER

Jobs

URGENT 3 POST-DOCTORAL Position

FIXED TERM Position

4-INTERNSHIP topics 2022

THINGSAT

A communication device, called Thingsat, provides communication for the Internet of Things with isolated objects on Earth’s surface. Developed in Grenoble, the device will be launched aboard a Space X rocket from Cape Canaveral.
The CSUG developed the electronic module and ensured it was compatible with the conditions encountered in space in collaboration with LIG, l’IMEP-LAHC, Institut Paul Emile Victor and Université de Polynésie. Several industrialists have joined the project, including Air Liquide which is interested in Thingsat for recording the positions and pressure levels in gas containers on ships at sea. Read more

Useful links

Awards

Prize-winner NanoART 2017
IEEE Andrew Grove Award 2017

AWARDS before 2015

News of Research at Grenoble INP

18/10/2021
IMEP-LAHC launches a joint laboratory with the industrialist LYNRED
19/04/2021
ICERI2021 :14th annual international conference of education, research and innovation
08/02/2021
Altrans monitors electrical networks

Date of update January 25, 2022

Grenoble site
Grenoble INP - Minatec : 3, Parvis Louis Néel - CS 50257 - 38016 Grenoble Cedex 1

Chambery site
Université Savoie Mont Blanc - Rue Lac de la Thuile, Bat. 21 - 73370 Le Bourget du Lac