News : Engineering sciences

March 23 2023

Out-of-equilibrium body potential in Silicon-on-insulator: an original reading method for hybrid sustainable bio-chemical sensors

TITLE : Out-of-equilibrium body potential in Silicon-on-insulator: an original reading method for hybrid sustainable bio-chemical sensorsurables     Deadline for application: 30th of Mai 2023 Beginning of contract: 1st of Oct. 2023 Place: IMEP – LAHC, MINATEC – INPG, 3, Parvis Louis Néel, 38016, Grenoble Advisor: Irina Ionica (Associate Professor Grenoble INP) Contact: Irina.Ionica@grenoble-inp.fr +33 […] >>

January 01 2023

Design and fabrication of the magnetic control of 1.000 qubits arrays

Quantum computing is nowadays a strong field of research at CEA-LETI and in numerous institutes and companies around the world. In particular, RF magnetic fields allow to control the spin of silicon qubits, and pathway for large scale control is a real technological challenge. The bibliographic analysis and the studies already carried out will able […] >>

January 01 2023

Development of artificial intelligence algorithms for narrow-band localization

Narrowband (NB) radio signals are widely used in the context of low power, wide area (LPWA) networks, which are one of the key components of the Internet-of-Things (NB-IoT). However, because of their limited bandwidth, such signals are not well suited for accurate localization, especially when used in a complex environment like high buildings areas or […] >>

January 01 2023

Antiferroelectric materials by ALD for MAFM capacitors

The post-doctoral researcher will focus on the investigation of AFE layers based on HfO2 and/or ZrO2 obtained by ALD (Atomic Layer Deposition), which will be able to work as high-k dielectrics for high-density antiferroelectric (AFE) capacitances (>20 J.cm-3). For understanding and optimizing the AFE capacitances, it is mandatory to relate the structural, micro-structural and chemical […] >>

January 01 2023

Cryo-CMOS electronics: Thermal and strain effects in FDSOI MOSFETs down to very low temperature

In the context of the development of the cryo-electronics, i.e. the extension of operation of digital or analog electronics to cryogenic temperatures, down to a few tens of mK, in particular for quantum applications, the aim of the post-doctoral project is to continue the effort of modeling and characterization of the FDSOI technology at low […] >>
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