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24 July 2013

Moving a molecule without pushing it.

Researchers from the "Nanoscience" team at ISMO have discovered that the displacement of a single molecule on a silicon crystal can be performed without pushing it but by changing its electronic state with a scanning tunneling microscope.

The results is published in J. Phys. Chem. C

23 April 2013

Entangled photons in a III-V chip


Searchers from ‘Matériaux et Phénomènes Quantiques’ Laboratory and ISMO report in Physical Review Letters the first III-V semiconductor source of entangled photons working at room temperature and telecom wavelength.

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19 April 2013

Imaging the rotation of a single molecule adsorbed on a surface

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Through cooperation between searchers of CENIDE (Duisburg), CIN2 (Barcelona) and ISMO, the rotation of a "large" molecule deposited on a surface (Cu-phthalocyanine) induced by tunneling current has been observed in real time and modelized by ab initio calculations.

Nature Materials 12 (2013) 223

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1 March 2013

The electron capture process in high velocity cluster-atom collisions revisited

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Members of the “Astrophysics and molecular assemblies” group at ISMO have studied, in collaboration with researchers at IPNO, the ability of high velocity neutral projectiles (atoms, clusters) to capture electrons from atoms. The authors could show that account of this process allowed to interpret previous unexplained results. This work has been highlighted by the Journal of Physics B

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20 December 2012

The 2013 recipient of the Coblentz Award is Dr. Nathalie Picqué.

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Nathalie Picqué, from ISMO, is conducting her research in Munich (Germany) at the Max Planck Institute of Quantum Optics and the Ludwig Maximilian University. Her group is pioneering novel applications of laser frequency combs to molecular spectroscopy. Recent experiments in Picqué’s team have demonstrated that frequency combs are dramatically improving the resolution and recording speed of Fourier spectrometers for broad spectral bandwidth linear absorption spectroscopy.

The Coblentz Award is presented annually to an outstanding young molecular spectroscopist under the age of 40.

Most recent work of Nathalie Picqué and her colleagues has been recently published in Nature communications

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