News : FMNT

January 24 2018

Development of a simulation software of superconducting electronics based on the use of Josephson junctions at terahertz frequencies

                                      MASTER INTERNSHIP 2018                                                   Development of a simulation software of superconducting electronics based on the use of Josephson junctions at terahertz frequencies […] >>

January 08 2018

Two-dimensional MXene Monolayers and MXene-based Heterojunctions

We are looking for a Postdoctoral scientist in the field of emerging 2D electronic materials called MXenes, focusing on their synthesis and their integration in electronic devices using nano-fabrication technologies. This position is part of a 3 year “chair-of-excellence” project funded by the nanoscience Foundation of Grenoble-Alpes University awarded to Prof. M. W. Barsoum (Drexel […] >>

November 30 2017

Optimization of the resistive switching in LaMnO3-based devices

Abstract Recently, resistive random access memories (ReRAM) have generated significant interest both in industry and in the scientific community for their use as non-volatile memory beyond Flash memory scaling. ReRAMs are considered one of the most promising emerging non-volatile memories due to high speed, high density, great scalability and low power consumption. Recent work carried […] >>

November 24 2017

Development of a multiphysics approach to model and simulate superconducting digital circuits

                                                                                                                                              POST -DOCTORAL POSITION 2018-2019 The Laboratory of Microwave and Characterization (IMEP-LAHC, CNRS UMR 5130) of Université Savoie MontBlanc located in the French Alps area develops ultrafast energy-efficient superconducting digital circuits that work with clock frequencies of several tens of GHz, based on the Rapid Single-Flux Quantum (RSFQ) technology. Such circuits use a binary dynamic […] >>

November 14 2017

Material and interface quality analysis by surface harmonic generation (SHG)

Laboratory : IMEP-LaHC, Grenoble-INP Contact: Irina Ionica Key words: second harmonic generation, thin layers optical properties, modeling Context: This topic is in the context of research on novel characterization methods of ultra-thin films and interface quality for applications in micro, nanoelectronics, photovoltaics, photonics, etc. A key element today is to propose and develop innovative characterization […] >>
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