News


A world map to find promising materials

A study co-led by scientists at the Institut Néel - CNRS in Grenoble, University of Liverpool and Università de l’Aquila has discovered the relationship between the structure of a molecular material and its properties as a semiconductor. Read more here

L’Institut Néel a fêté ses 10 ans !

Etienne Bustarret a présenté l’Institut Néel après 10 ans de diversité renouvelée ce mardi 27 juin 2017, à l’espace Canopé de Grenoble.
La suite ici

La CPES de l’Ecole des Pupilles de l’Air à l’Institut NEEL

Pendant l’année scolaire, les élèves de la classe préparatoire à l’enseignement supérieur (CPES) de l’Ecole des Pupilles de l’Air ont préparé des expériences pédagogiques. La suite ici.

Latest publications

Electrical Read-Out of a Single Spin Using an Exchange-Coupled Quantum Dot

ACS NANO, Apr. 2017 Pdf

Landau-Zener Transition in a Continuously Measured Single-Molecule Spin Transistor

PHYS. REV. LETTERS, June 2017 Pdf

Scientific highlights

Charge-carrier puddles in graphene

What is the spatial extent over which a localized charge perturbs the density of the free charge carriers (electrons or holes) in a two-dimensional electron gas? In graphene – a remarkable 2D material where the charge carriers have zero mass – the capacity to screen background charges depends very strongly on the charge-carrier density. Full text.

Chromium: a spin qubit with large spin to strain coupling

Quantum two level systems (“qubits”) strongly coupled to mechanical resonators can function as hybrid quantum systems with several potential applications in quantum information science. Access to a strong coupling regime, where non-classical states of a mechanical resonator are generated, could be achieved with solid state quantum bits whose energy levels have a large strain response. Full text.


Seminars

Mardi 26 septembre 11:00

Séminaire MCBT

Alicia GOMEZ

Vortices on the move : Magnetic influence on vortex pinning

Jeudi 28 septembre 14:00

Séminaire Magnétisme non conventionnel

Lorenzo CAMOSI (Institut Néel)

Anisotropic antisymmetric exchange interaction in epitaxial ultrathin film for stabilization of anti-skyrmion"

Events

Nagoya, Oct 2017

OSA Laser Congress 2017

Strasbourg, Nov 2018

MATERIAUX 2018

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