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Published on 7 December 2023
Research FieldInstrumentation

Domaine-SSolid state physics, surfaces and interfaces

ThemeEngineering sciences

Theme-SCondensed matter physics, chemistry & nanosciences

Instrumentation Engineering sciences Solid state physics, surfaces and interfaces Condensed matter physics, chemistry & nanosciences DRT DCOS SCCS LCMC Grenoble
Wireless biological sensor using 2D materials (Graphene , Molybdenium disulfide)
The main goal of the post-doctoral position is the fabrication of a biological sensor using 2D materials and that can be remotely addressed thanks to a RF antenna simultaneously fabricated alongside the biosensor. The post-doctoral associate will be in charge of the fabrication and characterization of the prototype. Starting from well-designed modelling, he/she will first establish a design architecture for the sensor and RF antenna. Once designed and sized, the post-doctoral associate will adapt existing transfer protocol of 2D materials to develop an innovative fabrication process for the sensor. He/she will then fabricate the first prototypes of the sensors. Consecutively he/she will validate first the remote addressing of the sensor via the RF antenna. Secondly he/she will lead biodétection tests to assess the sensitivity of the fabricated sensors. Finally, he/she will try to integrate Transition Metal Di-chalcogenides 2D materials (such as MoS2) to graphene sensors inside a hybrid 2D materials biological sensor. The goal here will be to boost operational sensitivity.
Département Composants Silicium (LETI) Service Caractérisation, Conception et Simulation Laboratoire Composants Micro-Capteurs
ALAVA Thomas CEA DRT/DCOS/SITEC/LICA CEA-LETI chez PRTT DOCC 51 rue de l'innovation 31670 LABEGE FRANCE 0778796616
Start date1/11/2016

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