36 semiconductor positions in France

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

Post-doctoral researcher (M/F) on lattice dynamics of point and extended defects in III-V semiconductor nanostructures from ab initio calculations

, Berlin. He/She will investigate theoretically, using first-principles methods, the vibrational properties of different well identified atomic scale defects occurring in III-V semiconductor nanowires (GaN

PhD: Ultrafast Terahertz Spectroscopy of Multi-Functional Materials

emitters and detectors are still missing in this range, known as the THz gap. Existing devices are mostly based on semiconductors and have limited performances. The use of new physical mechanisms, not

Business development engineer

encourages diversity. The spread of power electronics and power semiconductors is paving the way for the digitalisation and the electrification of our society. Also, its supply with sustainable energy is

Quantum engineering of nanofluidic transport (M/F)

of the fluid and the electronic and lattice excitations – plasmons and phonons – in the confining semiconductors. The coupling between fluids and solids, already validated by experimental and theoretical results

Funded PhD position in Selective area growth of GeSn for infrared photonic devices

technologies. To this end, a monolithic all-group IV semiconductor platform is at reach using direct band gap GeSn semiconductors.1 Over the last decade, tremendous progress was made in the epitaxial growth

PhD student (M/F) THz detection using spintronic mechanisms

are mostly based on semiconductors and have limited performances. The use of new physical mechanisms, not relying on semiconductors structures, appears as a possible route for the further development

M/F - Ph D - Wavelength-tunable single photon source in the telecom bands

materials to systems. The laboratory is supported by the NanoLyon technology platform. Application fields cover major economic sectors: the semiconductor industry, information technologies, life and health

PhD in theoretical material sciences (M/F)

simulations in material sciences to rationalize the properties of chiral halide perovskites and related semiconductors. Mais tasks: - Using concept and tools of material sciences to provide an understanding

Wavelength-tunable single photon source in the telecom band

a large number of quantum sources into a fiber-based quantum network, these sources will have to be wavelength-tunable. In this thesis, we plan to embed the semiconductor QD-NW inside a shell of a