159 electronics positions at CNRS

Ultra-Fast Spin Electronics (M/F)

Lorraine. Focused on materials and processes science and engineering, it covers: materials, metallurgy, plasmas, surfaces, nanomaterials and electronics. The IJL has 263 permanent staff (30 researchers, 134

PhD position (M/F): Synthesis of side-chain conjugated polymers for doped electronic applications

the properties of doped organic electronics by engineering the side chains of conjugated polymers. Two applications in particular are concerned: thermoelectricity and electrochemical transistors. Conjugated

(M/F) Calculation of the electronic properties of Ga2O3

GOSPELS project is to design and demonstrate a new power diode based on gallium oxide (Ga2O3) and nickel oxide (NiO), optimized for power electronics. The proposed work concerns the calculation

PhD thesis offer (M/F): Calculation of the electron-hole generation rate by atomic scale defects in semiconductor devices

Offer Description LAAS CNRS, Multilevel Materials Modeling team. The test materials that will be studied during the thesis will be semiconductors used in various microelectronics technologies (SiGe, GaAs

PhD in materials science and engineering: organic electronics (M/F)

the TIRIS MOLELEC project "Engineering spin-crossover (SCO) molecule/electrode interfaces: towards the next generation of electronic devices" in collaboration with the LCC (Laboratoire de Chimie de

M/F PhD in ultrafast optics: infrared femtosecon light source for electron acceleration

work with a high-repetition-rate mid-infrared driver and large nanophotonic channels to maximize the average electron flux. This research topic is one of the focuses of VISUAL, a large-scale European

Ph. D thesis : epitaxy and characterization of ScAlN alloy for high-frequency electron devices M/W

electric polarization induced at the interface of ScAlN/GaN heterostructures, electron gases with densities superior to 3E13/cm² can be generated even with ScAlN barrier thickness well below 10 nm. However

Electron microscopy and materials science researcher (M/F).

Offer Description To contribute to the various objectives of the project using different techniques, notably but not only advanced transmission electron microscopy techniques such as STEM/HAADF, EELS and

Researcher - 3D microscopy of biologic materials by THz Atom Probe Tomography and Electron Microscopy (M/F))

, proteins. We also plan to explore other means of sample preparation, such as cryo-milling in FIB, and sample characterization such as scanning electron microscope (SEM). The applicant will work to the

PHD Student in Neuromorphic attention models for event data (M/F)

, 2024. The field of embedded computer vision has become increasingly important in recent years as the demand for low-latency and energy-efficient vision systems has grown. One of the key challenges in