News
A study reveals the effectiveness of a new technology for monitoring cancer progression
An article published in Science Advances presents the results of a multi-year collaboration between Sensome, École Polytechnique, and the Center for Nanoscience and Nanotechnology (CNRS – Université Paris-Saclay), revealing an innovative methodology to non-invasively monitor the spatiotemporal dynamics of …
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Paris-Saclay teams stabilize a pure antiferroelectric phase in ultrathin PbZrO₃
The antiferroelectricity of the historical oxide, PbZrO3, remains heavily debated especially when it comes to low film thicknesses. Conventional oxide substrates induce significant lattice mismatch, causing rapid relaxation and defect formation during growth. In a collaborative work including C2N, …
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Electronic properties of the selenium passivated GaP(111)B surface : towards growth of large scale quasi-van der Waals 2D/3D heterostructures
In recent years, several well-established 3D substrates have been considered for the van der Waals epitaxy of 2D-transition metal dichalcogenides, yet require a proper surface passivation treatment. In the framework of a collaboration between IEMN and C2N, the structural …
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A decade of scientific collaboration in molecular electronics
The C2N is currently contributing to a long-standing international collaboration through the theoretical modeling expertise of Dr. Yannick Dappe, who recently joined the laboratory. For over a decade, Dr. Yannick Dappe has played a key role in a …
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Integrated TE optical isolator based on magneto-optical perturbation in coupled waveguides
An article published in Scientific Report presents a new concept for a compact, high-performance integrated optical isolator. Photonic integrated circuits (PICs) feature an increasing number of advanced functions and devices to meet key …
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