Thesis, internship, and post-doc opportunities
[Thesis]
Study in performance of the CMOS technologies on SOI substrate for the sub-14nm nodes
Offer N°: 8340
Start date: 1 Sep 2012
To improve performance and computing power, manufacturers of integrated circuits continue to reduce the size of transistors. Today, all manufacturers announce, for sub-14nm nodes, replacing planar MOSFETs on bulk substrate by vertical transistors (finFET, Trigate) or transistors on SOI substrate (Silicon On Insulator). In these both cases, the goal is to control the gain between power consumption and speed thanks to the reduction of dimension again.
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Close[Thesis]
Surface imaging and spectromicroscopy applied to photovoltaics for photocurrent, work function and carrier lifetime measurements.
Offer N°: 8337
Start date: 1 Oct 2012
This PhD work will be separated between two aspects: development of characterisation methods for work function assessment and experiments on solar cells under illumination to measure parameters such like photocurrent and carrier lifetime.
[Thesis]
Development of XRR and GIXRF combined analysis
Offer N°: 8333
Start date: 1 Sep 2012
The micro and nano electronic world is experiencing a revolution in order to tackle challenges of miniaturization, power consumption, power density and processing speed of CMOS devices. There is now a critical need for metrology to give quantitative chemical composition measurement of new materials with buried interfaces and with nanometre depth resolution.
[Thesis]
Characterization of skin tissues by bimodal spectroscopy: Diffuse Absorption and Raman spectroscopy
Offer N°: 7495
Start date: 1 Oct 2012
To allow the In-Vivo characterization of Skin for a rapid diagnosis of diseases such as cancer, psoriasis and harmful products exposure induced diseases, the LISA laboratory of the CEA/LETI-Minatec Grenoble offers a thesis that aims to develop a bimodal spectroscopy method. The objective is to correct the Raman spectra of bias introduced by the diffusion of the different skin layers, combining the Raman spectroscopy technique to Diffuse Absorption Spectroscopy (DAS) technique.
