JULIE GROLLIER (CNRS/Thalès Lab, Palaiseau, France)
Physics for neuromorphic computing
jeudi 29 avril 2021 à 11h30
Quentin Ramasse (SuperSTEM Laboratory & University of Leeds)
Vibrational spectroscopy at atomic resolution in the scanning transmission electron microscope
jeudi 18 Février à 11h00
Dmitri Efetov (professeur à l’ICFO (Barcelone))
Magic Angle Bilayer Graphene – Superconductors, Orbital Magnets, Correlated States and beyond
jeudi 14 janvier à 11h30
LUKAS NOVOTNY (ETH Zurich, Suisse)
Low-Dimensional Optoelectronics
20 Février 2020 à 11h30 – Salle Luc Valentin (454 A)
Guillaume Schull (Université de Strasbourg, CNRS, IPCMS)
Sub-molecular fluorescence microscopy with STM
23 Janvier 2020 à 11h30 – Salle Luc Valentin (454 A)
Frank Setzpfandt ( Institute of Applied Physics, Friedrich Schiller University Jena)
Structured photon-pair sources for applications in quantum sensing and imaging
12 Decembre 2019 à 11h00 – Salle Luc Valentin (454 A)
Joel Bellessa (Institut Lumière Matière, Université Claude Bernard Lyon 1)
Coherence and polaritonic metasurfaces in hybrid metal/organic structures
11 octobre 2019 à 11h30 – Salle Luc Valentin (454 A)
Arnaud Arbouet (CEMES – CNRS – Toulouse)
Development of a high brightness ultrafast Transmission Electron Microscope
based on a laser-driven cold field emission source
23 septembre 2019 à 11h30 – Salle Luc Valentin (454 A)
Zhigang Chen (Nankai University, Tianjin, Chine – San Francisco State University, San Francisco, USA)
Novel phenomena in photonic lattices : from pseudospin to topology
18 juillet 2019 à 14 h – Salle 356 A
Marco Bellini (Istituto Nazionale di Ottica (CNR-INO), Florence)
Photon by photon engineering of the quantum state of light
13 juin 2019 à 11 h – Salle Luc Valentin (454A)
Silvano De Franceschi (Université Grenoble Alpes et CEA, IRIG/DEPHI/PHELIQS)
Quantum prospects for silicon nanoelectronicsRetour ligne automatique
16 Mai 2019 à 11 h – Salle Luc Valentin (454A)
Antoine Browaeys (Laboratoire Charles Fabry, Institut d’Optique)
Many-body physics with arrays of individual Rydberg atoms
25/04/2019, 11h30 – Salle Luc Valentin (454 A)
Cristian Enachescu (Université Alexandru Ioan Cuza – Roumanie)
Understanding experimental data in spin crossover systems using elastic models
14/03/2019, 11h30 – Salle Luc Valentin (454 A)
Freek Massee (Laboratoire de Physique du Solide, Université Paris Saclay – CNRS)
Shot-noise scanning tunnelling microscopy : noisy defects in a high-Tc superconductor
14/02/2019 – Salle Luc Valentin (454 A)
Hakim Amara (Laboratoire d’études des microstructures, ONERA – CNRS)
L’apport de la simulation atomistique à la compréhension du nanomonde
24/01/2019 – Salle Luc Valentin (454 A)
Giacomo Scalari (ETH Zurich)
THz Ultrastrong light matter coupling : from few electrons to magnetotransport control
13/12/2018, 11h30 – Salle Luc Valentin (454 A)
Jérôme Estève (LPS UPSud)
Observation of the unconventional photon blockade effect in the microwave domain
22/11/2018, 11h30 – Salle Luc Valentin (454 A)
À lire aussi
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The QITE team just published in Phys. Rev. Lett. its work on the generation of spatial entanglement in nonlinear waveguide arrays, in collaboration with C2N and INPHYNI. Combining the generation and manipulation of complex quantum states of light on a single chip is a...
An hybrid III-V / Silicon source of photon pairs
The QITE team of MPQ lab, in collaboration with C2N lab, INPHYNI and STMicroelectronics, has just published its work on the development of integrated hybrid sources of entangled photons in PRX Quantum. Combining the generation and manipulation of quantum states of...
Emergent quantum phase transition in superconducting circuits
The THEORIE team has recently published a significant theoretical study in Nature Communications on the topic of quantum critical phenomena. This research addresses a current debate that questions the traditional understanding of dissipative quantum phase transitions...
Probing and manipulating the superconducting state of NbSe2 in the 2D limit
Context:. The dynamics of superconductors (SC) driven out-of-equilibrium is governed by their collective mode spectrum, and in particular the SC amplitude mode which is an analog of the Higgs mode in high-energy physics [1]. In many materials the coexistence of SC...