Thesis, internship, and post-doc opportunities

35 results found

[Thesis]

Hardware acceleration for homomorphic encryption

Offer N°: SL-DRT-15-0179

Start date: 1 Oct 2015

The emergence of cloud computing and cyber-physical systems has led to consider security in data treatment as a major concern. In order to insure the confidentiality of managed data, encryption is today widely used.

In 2009, C. Gentry [1] proposed the first fully homomorphic encryption system, enabling to compute preliminary encrypted data without decrypting them. This progress has opened a significant number of new industrial and research perspectives.



[Thesis]

Correlations in TeraHertz quantum nanoelectronics

Offer N°: SL-DSM-15-0074

Start date: 1 Sep 2015

Understanding the many-body correlations of interacting systems remains the major challenge of contemporary theoretical physics with applications ranging from the calculation of the proton mass (quark-gluon plasma) to the understanding of the origin of high critical temperature superconductivity. Extremely sophisticated quantum field theory techniques have been developed to tackle this problem. They involve tedious algebra, overwhelming bookkeeping and often uncontrolled approximations.



[Thesis]

Monitoring of high temperature effects on CMOS circuits

Offer N°: SL-DRT-15-0083

Start date: 1 Sep 2015

Deep sub-micron technologies become unavoidable even for critical applications in fields like automotive or nuclear industry. This evolution may have an important impact on the reliability of electronic systems involved in such applications in the absence of pro-active mitigation approaches.



[Thesis]

Light-matter coupling of a single quantum dot with a high-quality-microcavity

Offer N°: SL-DSM-15-0092

Start date: 1 Jan 2015

Cavity quantum electrodynamics (QED) systems are test beds for quantum information science and, until recently, nearly all cavity QED experiments used a single atom in a high-quality-factor (high-Q) cavity. The advances of epitaxial growth of semiconductor quantum dots (QDs), namely atom-like two-level solid-state systems, opened the way to QED studies in semiconductor cavities such as micro-pillar structures or photonic crystals.



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