MESO - Program

COMPACT PROGRAM (With Slides -> click on the underlined names) | |||||||||

SATURDAY | SUNDAY | MONDAY | TUESDAY | WEDNESDAY | THURSDAY | FRIDAY | SATURDAY | ||

08:50 | Welcome | ||||||||

09:00 | Brun C. | Geim A. | Molenkamp L. | Pothier H. | Delsing P. | Steele G. | Anthore A. | ||

09:20 | |||||||||

09:40 | Strunk C. | Hassler F. | Bouchiat H. | Nygård J. | Bauerle C. | Carpentier D. | Sim H.-S. | ||

10:00 | Joyez P. | Mora C. | Pribiag V. | Huettel A. | Szombati D. | Grove-Rasmussen K. | |||

10:20 | Coffee break | Potts H. | |||||||

10:50 | Glazman L. | Ensslin K. | Fatemi V. | Devoret M. | Marquardt F. | Roch N. | Lin J-J | ||

11:10 | End | ||||||||

11:30 | Griesmar J. | Andrei E. | Wiesendanger R. | Assouline A. | Stampfer C. | Pinsolle E. | Lunch | ||

11:50 | Chapelier C. | Deblock R. | Albert R. | Bus departure | |||||

12:10 | Lunch | Lunch | Lunch | Lunch | Lunch | Lunch | |||

13:30 | Moriond | ||||||||

14:30 | Registration | Slalom | |||||||

17:00 | | | Sharpe A. | Matsuda Y. | Jonckheere T. | Zeldov E. | Blais A. | Peugeot A. | ||

17:20 | | | Roulleau P. | Tarucha S. | ||||||

17:40 | | | Makk P. | Houzet M. | Weinmann D. | Samuelsson P. | Buisson O. | |||

18:00 | | | Coffee break | |||||||

18:30 | | | Schonenberger C. | Neupert T. | Kumar M. | Courtois H. | Pop I. | Katsaros G. | ||

18:50 | | | Sukhorukov E. | Tikhonov E. | ||||||

19:10 | | | Mele D. | Piatrusha S. | Lafont F. | Sanchez R. | Lebedev A. | Crippa A. | ||

19:30 | Cocktail | Dinner | Dinner | Dinner | Dinner | Dinner | |||

20:00 | Dinner | Conference | |||||||

20:30 | Poster session | Poster session | Dinner | ||||||

Sessions | |||||||||

Topological Insolator | |||||||||

Graphene | |||||||||

Mesoscopic Superconductivity | |||||||||

Bidimensional electron gases | |||||||||

Majorana fermions | |||||||||

Hybrid structures | |||||||||

Quantum thermodynamics | |||||||||

Quantum sound | |||||||||

Quantum microwave | |||||||||

Semiconducting qubit | |||||||||

Kondo | |||||||||

DAY BY DAY PROGRAM --> (Click on underlined titles for slides) | |||||||||

SUNDAY March 17, 2019 | |||||||||

08:50 | B. Huard, P. Roche, X. Waintal | Welcome | |||||||

Mesoscopic Superconductivity Session | |||||||||

09:00 | C. Brun | Proximity and Josephson vortices observed by scanning tunneling spectroscopy | |||||||

(CNRS-Sorbonne Université) | |||||||||

09:40 | C. Strunk | Superconductor/insulator transition in nanoscale TiN strips | |||||||

(Regensburg University) | |||||||||

10:00 | P. Joyez | Absence of a dissipative quantum phase transition in Josephson junctions | |||||||

(SPEC - CEA, Saclay) | |||||||||

10:20 | Coffee break | ||||||||

10:50 | L. Glazman | Spectroscopy of a charge density wave in a superinductor | |||||||

(Yale University) | |||||||||

11:30 | J. Griesmar | A mesoscopic spectrometer based on the Josephson effect | |||||||

(Flux Quantum Lab, Paris) | |||||||||

11:50 | C. Chapelier | Collective energy gap of preformed Cooper-pairs | |||||||

(CEA, Grenoble) | |||||||||

12:10 | Lunch | ||||||||

Graphene Session I | |||||||||

17:00 | A. Sharpe | Magnetism at 3/4 filling in twisted bilayer graphene | |||||||

(Stanford University) | |||||||||

17:40 | P. Makk | Large spin relaxation anisotropy and valley-Zeeman spin-orbit coupling in WSe 2/graphene/ h-BN heterostructures | |||||||

(Budapest Uni. of Technology & Economics) | |||||||||

18:00 | Coffee break | ||||||||

18:30 | C. Schoenenberger | Engineering in van der Waals Heterostructures: the importance of strain and superlattice effects | |||||||

(University of Basel) | |||||||||

19:10 | D. Mele | A corner reflector of graphene Dirac fermions as a phonon-scattering sensor | |||||||

(LP Ecole Normale Supérieure, Paris) | |||||||||

19:30 | Dinner | ||||||||

MONDAY March 18, 2019 | |||||||||

Graphene Session II | |||||||||

09:00 | A. Geim | Electron transport in graphene and its superlattices | |||||||

(University of Manchester) | |||||||||

09:40 | F. Hassler | Breakdown of the Law of Reflection at a Disordered Graphene Edge | |||||||

(RWTH Aachen University) | |||||||||

10:00 | C. Mora | Flat bands and perfect metal in trilayer moiré graphene | |||||||

(LP Ecole Normale Supérieure, Paris) | |||||||||

10:20 | Coffee break | ||||||||

10:50 | K. Ensslin | Graphene quantum devices | |||||||

(ETH Zurich) | |||||||||

11:30 | E. Andrei | Poke, twist, buckle - strategies for controlling the electronic properties of 2D materials | |||||||

(Rutgers University) | |||||||||

12:10 | Lunch | ||||||||

Majorana Fermions Session I | |||||||||

17:00 | Y. Matsuda | Majorana quantization and half-integer thermal quantum Hall effect in Kitaev quantum spin liquid | |||||||

(Kyoto University) | |||||||||

17:40 | M. Houzet | Coulomb blockade of a nearly open Majorana island | |||||||

(CEA-Grenoble) | |||||||||

18:00 | Coffee break | ||||||||

Topological Insolator Session I | |||||||||

18:30 | T. Neupert | Higher-order topological insulators | |||||||

(University of Zurich) | |||||||||

19:10 | S. Piatrusha | Restoring the Anderson localization in the helical edge channels | |||||||

(Institute of Solid State Physics, Moscow) | |||||||||

19:30 | Dinner | ||||||||

TUESDAY March 19, 2019 | |||||||||

Topological Insolator Session II | |||||||||

09:00 | L. Molenkamp | TBA | |||||||

(University of Wuerzburg) | |||||||||

09:40 | H. Bouchiat | Microwave signature of topological Andreev-level crossings in a bismuth-based Josephson junction | |||||||

(LPS Orsay) | |||||||||

10:20 | Coffee break | ||||||||

10:50 | V. Fatemi | Gate-Accessible Superconductivity and Helical Modes in Monolayer WTe2 | |||||||

(Yale University) | |||||||||

Majorana Fermions Session II | |||||||||

11:30 | R. Wiesandanger | Emergence of Majorana States in Engineered Atomic-Scale Hybrid Systems | |||||||

(University of Hamburg) | |||||||||

12:10 | Lunch | ||||||||

17:00 | T. Jonckheere | Giant shot noise from Majorana zero modes in topological trijunctions | |||||||

(CPT Marseille) | |||||||||

Bidimensional Electron Gases Session | |||||||||

17:20 | P. Roulleau | A Josephson relation for fractionnally charged anyons | |||||||

(SPEC - CEA, Saclay) | |||||||||

17:40 | D. Weinmann | Theory of Scanning Gate Microscopy in Ballistic Systems | |||||||

(IPCM Starsbourg) | |||||||||

18:00 | Coffee break | ||||||||

18:30 | M. Kumar | Microwave photons emitted by fractionally charged quasiparticles | |||||||

(LP Ecole Normale Supérieure, Paris) | |||||||||

18:50 | E. Sukhorukov | The Coulomb drag effect induced by the third cumulant of current | |||||||

(Université de Genève) | |||||||||

19:10 | F. Lafont | Counter-propagating charge transport in the quantum Hall effect regime | |||||||

(Collège de France / Weizmann Institute) | |||||||||

19:30 | Dinner | ||||||||

20:30 | Poster Session I | ||||||||

WEDNESDAY March 20, 2019 | |||||||||

Hybrid Structures Session | |||||||||

09:00 | H. Pothier | Revealing the "fine structure" of Andreev states | |||||||

(SPEC - CEA Saclay) | |||||||||

09:40 | J. Nygård | From novel materials to quantum phase transitions in hybrid quantum dots | |||||||

(Niels Bohr Institute) | |||||||||

10:00 | V. Pribiag | Magneto-transport in ballistic InSb nanowires with ferromagnetic contacts | |||||||

(University of Minnesota) | |||||||||

10:20 | Coffee break | ||||||||

10:50 | M. Devoret | Monitoring in real time the spin character of Andreev levels in a proximitized nanowire | |||||||

(Yale University) | |||||||||

11:30 | A. Assouline | Spin-orbit induced phase shift in Bi2Se3 Josephson junctions | |||||||

(SPEC - CEA Saclay) | |||||||||

Kondo Session I | |||||||||

11:50 | R. Deblock | Quantum Noise Measurement and Universal Quantum Fluctuations in a Kondo-Correlated Quantum Dot Out-of-Equilibrium | |||||||

(LPS Orsay) | |||||||||

12:10 | Lunch | ||||||||

Quantum Thermodynamics Session | |||||||||

17:00 | E. Zeldov | Nanoscale cryogenic thermal imaging of graphene: glimpse into dissipation in quantum systems down to atomic scale | |||||||

(Weizmann Institute) | |||||||||

17:40 | P. Samuelsson | Nanoscale Quantum Calorimetry with Electronic Temperature Fluctuations | |||||||

(Lund University) | |||||||||

18:00 | Coffee break | ||||||||

18:30 | H. Courtois | Heat Transport and Thermo-power in a Single-Quantum-Dot Transistor | |||||||

(Institut Néel, Grenoble) | |||||||||

18:50 | E. Tikhonov | Spatial and spectral resolution of electronic states from noise measurements | |||||||

(Institute of Solid State Physics, Moscow) | |||||||||

19:10 | R. Sanchez | A non-equilibrium system as a demon | |||||||

(Universidad Autónoma de Madrid) | |||||||||

19:30 | Dinner | ||||||||

20:30 | Poster Session II | ||||||||

THURSDAY March 21, 2019 | |||||||||

Quantum Sound Session | |||||||||

09:00 | P. Delsing | Nonexponential decay of a giant atom and subharmonic oscillations in a driven nonlinear resonator | |||||||

(Chalmers University of Technology) | |||||||||

09:40 | C. Bauerle | Sound-driven single-electron transfer in a tunable beam-splitter setup | |||||||

(Institut Néel, Grenoble) | |||||||||

10:00 | A. Huettel | Coulomb-blockade enhanced optomechanics | |||||||

(University of Regensburg) | |||||||||

10:20 | Coffee break | ||||||||

10:50 | F. Marquardt | Dynamical gauge fields in Optomechanics | |||||||

(MPI Science of Light, Erlangen) | |||||||||

11:30 | C. Stampfer | Mechanically tunable strain fields in suspended graphene resonators | |||||||

(II RWTH Aachen University) | |||||||||

12:10 | Lunch | ||||||||

Quantum Microwave Session I | |||||||||

17:00 | A. Blais | Qubit Parity Measurement by Parametric Driving in Circuit QED | |||||||

(Institut Quantique, Uni. de Sherbrooke) | |||||||||

17:40 | O. Buisson | Fast high fidelity qubit readout using cross-Kerr coupling in superconducting cQED | |||||||

(Institut Néel, Grenoble) | |||||||||

18:00 | Coffee break | ||||||||

18:30 | I. Pop | Granular aluminum: A superconducting material for high impedance quantum circuits | |||||||

(Karlsruhe Institute of Technology) | |||||||||

19:10 | O. Lebedev | Quantum-enhanced magnetometry by phase estimation algorithms with a single artificial atom | |||||||

(Moscow Institute for Physics & Technology) | |||||||||

20:30 | Conference Dinner | ||||||||

FRIDAY March 22, 2019 | |||||||||

Quantum Microwave Session II | |||||||||

09:00 | G. Steele | Observation and stabilization of photonic Fock states in a hot radio-frequency resonator | |||||||

(Delft University of Technology) | |||||||||

09:40 | D. Carpentier | Measuring a Topological Flow: from the Quantized Hall Effect to circuit QED | |||||||

(CEA - Grenoble) | |||||||||

10:00 | D. Szombati | Quantum Rifling: protecting a qubit from measurement back-action | |||||||

(The University of Queensland) | |||||||||

10:20 | Coffee break | ||||||||

10:50 | N. Roch | Observation of many-body zero-point fluctuations | |||||||

(Institut Néel, Grenoble) | |||||||||

11:30 | E. Pinsolle | Non-Gaussian Current Fluctuations in a Short Diffusive Conductor | |||||||

(Université de Sherbrooke) | |||||||||

11:50 | R. Albert | Towards microwave single photon detection using inelastic Cooper pair tunneling | |||||||

(CEA Grenoble) | |||||||||

12:10 | Lunch | ||||||||

17:00 | A. Peugeot | Quantum microwaves with a DC-biased Josephson junction | |||||||

(SPEC - CEA Saclay) | |||||||||

Semiconducting Qubit Session | |||||||||

17:20 | S. Tarucha | Coherent control and dephasing of electron spins in quantum dots | |||||||

(The University of Tokyo) | |||||||||

18:00 | Coffee break | ||||||||

18:30 | G. Katsaros | A heavy hole Ge spin qubit | |||||||

(IST Austria) | |||||||||

19:10 | A. Crippa | Gate-reflectometry dispersive readout of a spin qubit in silicon | |||||||

(CEA - Grenoble) | |||||||||

19:30 | Dinner | ||||||||

SATURDAY March 23, 2019 | |||||||||

Kondo Session II | |||||||||

09:00 | A. Anthore | Tunable Quantum Criticality and Super-ballistic Transport in a 'Charge' Kondo Circuit | |||||||

(C2N Palaiseau) | |||||||||

09:40 | H-S. Sim | How to detect Kondo screening cloud and Kondo entanglement by electron conductance | |||||||

(KAIST, Korea) | |||||||||

10:00 | K. Grove-Rasmussen | Double quantum dots coupled to superconducting leads | |||||||

(Niels Bohr Institute) | |||||||||

10:20 | H. Potts | Spin and orbital interactions in coupled QDs – from orbital Kondo to tunable g-factors | |||||||

(Lund University) | |||||||||

10:50 | J.-J. Lin | Observation of Nonmagnetic Orbital Kondo Effect in MO2 Nanowires | |||||||

(National Chiao Tung University) | |||||||||

11:10 | Closing | ||||||||

11:30 | Lunch | ||||||||

12:00 | Bus Departure | ||||||||

Poster Session I | |||||||||

Acciai, M. | Single-electron excitations and interactions in integer quantum Hall systems | ||||||||

(Università di Genova) | |||||||||

Arndt, L. | Dual Shapiro steps of a phase-slip junction in the presence of a parasitic capacitance | ||||||||

(RWTH Aachen University) | |||||||||

Baeva, E. | Giant noise at the superconducting transition in epitaxial TiN films | ||||||||

(National Research University, Moscow) | |||||||||

Bisognin, R. | Quantum tomography of electrical currents | ||||||||

(LP Ecole Normale Supérieure, Paris) | |||||||||

Chiu, S-P. | Spin-orbit coupling from magneto-transport studies of epitaxial CoSi2/Si heterostructures | ||||||||

(National Chiao Tung University, Taiwan) | |||||||||

Clark, L. | Relaxation and decoherence in hot-electron quantum optics | ||||||||

(JQL, Newcastle University) | |||||||||

Danneau, R. | Towards quantized supercurrent | ||||||||

(Karlsruhe Institute of Technology) | |||||||||

Dupont-Ferrier, E. | Tunable superconducting resonators based upon a Ne-FIB fabricated constriction nanoSQUID | ||||||||

(Université de Sherbrooke - Institut Quantique ) | |||||||||

Filippone, M. | Vanishing Hall Response of Charged Fermions in a Transverse Magnetic Field | ||||||||

(University of Geneva) | |||||||||

Fratus, K. | Energy Stability of Branching in the Scanning Gate Response of Two-Dimensional Electron Gases with Smooth Disorder | ||||||||

(IPCM Starsbourg) | |||||||||

Gennser, U. | Heat Coulomb blockade of a ballistic quantum channel. | ||||||||

(C2N Palaiseau) | |||||||||

Gold, C. | Probing e-e-Scattering in a Cavity | ||||||||

(ETH Zurich) | |||||||||

Han, C. | Detecting the anyon braiding and topological vacuum bubbles in an anyon interferometer | ||||||||

(KAIST, Korea) | |||||||||

Idrisov, E. | Quantum transport equations and nonequilibrium entropy for nonlinear Luttinger liquid | ||||||||

(University of Luxembourg) | |||||||||

Iftikhar, Z. | Efficient radio-frequency measurement of a single electronic channel and its back-action | ||||||||

(SPEC - CEA, Saclay) | |||||||||

Jünger, C. | Spectroscopy of the superconducting proximity effect in nanowires using integrated quantum dots | ||||||||

(University of Basel) | |||||||||

Kardakova, A. | Shot noise signature of an intrinsic inhomogeneity in amorphous InOx films | ||||||||

(Moscow State University of Education) | |||||||||

Kurzmann, A. | Charge detection in gate-defined bilayer graphene quantum dots | ||||||||

(ETH Zurich) | |||||||||

Le Sueur, H. | Charged fluctuators as a limit to the microscopic and macrosocpic coherence of superconductors | ||||||||

(SPEC - CEA Saclay) | |||||||||

Lefloch, F. | Superconducting Josephson junctions in Si and Ge based scalable technology | ||||||||

(CEA - Grenoble) | |||||||||

Martin, T. | Finite frequency noise in a normal metal - topological superconductor junction | ||||||||

(CPT Marseille) | |||||||||

Poster Session II | |||||||||

Mele, D. | Ultra-long wavelength Dirac plasmons in graphene capacitors | ||||||||

(LP Ecole Normale Supérieure, Paris) | |||||||||

Ménard, G. | Isolated pairs of Majorana zero modes ina disordered superconducting lead monolayer | ||||||||

(CEA Saclay) | |||||||||

Moukharski. I. | production of entangled photon pairs and two-mode squeezing of radiation emitted by a dc-biased Josephson junction. | ||||||||

(SPEC - CEA Saclay) | |||||||||

Nijholt, B. | Enhanced proximity effect in zigzag-shaped Majorana junctions | ||||||||

(TU Delft) | |||||||||

Paradiso. N. | Phase slip lines in superconducting few-layer NbSe2 crystals | ||||||||

(University of Regensburg) | |||||||||

Parmentier, F. | Strongly correlated charge transport in silicon MOSFET quantum dots | ||||||||

(SPEC, CEA Saclay) | |||||||||

Pinsolle, E. | Direct measurement of the electron energy relaxation dynamics in metallic wires | ||||||||

(Université de Sherbrooke) | |||||||||

Potanina, E. | Optimization of Quantum Single-Electron Pumps | ||||||||

(Aalto University) | |||||||||

Potts, P. | Autonomous conversion of information to work in quantum dots | ||||||||

(Lund University) | |||||||||

Ridderbos, J. | Circuit QED for long-range spin-photon coupling using Ge-Si nanowires | ||||||||

(University of Basel) | |||||||||

Ryu, S. | Coulomb Interaction effects in Hanbury-Brown Twiss Correlations of Two Hot Electrons | ||||||||

(KAIST, Korea) | |||||||||

Safi, I. | Robust determination of the fractional charge through universal fluctuation relations | ||||||||

(LPS Orsay) | |||||||||

Sánchez, R. | Cooling by Cooper pair splitting | ||||||||

(Universidad Autónoma de Madrid) | |||||||||

Silvestrov. P. | Magnetization current and anomalous Hall effect for massive Dirac electrons | ||||||||

(TU Braunschweig) | |||||||||

Sothmann, B. | Phase-coherent heat transport with topological superconductors | ||||||||

(University Duisburg-Essen) | |||||||||

Valenti, F. | Phonon traps to reduce the quasiparticle density in superconducting circuits | ||||||||

(Karlsruhe Institute of Technology) | |||||||||

Watfa, D. | Super current and Josephson emission of a carbon nanotube based Josephson junction in the Kondo regime. | ||||||||

(LPS, Orsay) | |||||||||

Yeh, S-S. | Probing nanocrystalline grain dynamics in nanodevices | ||||||||

(National Chiao Tung University, Taiwan) | |||||||||

Zihlmann, S. | Proximity spin-orbit coupling in WSe2/Graphene/hBN heterostructures | ||||||||

(University of Basel) | |||||||||

Idrisov, E. | Dephasing in Mach-Zehnder interferometer by an Ohmic contact | ||||||||

(University of Luxembourg) | |||||||||

Fratus, K. | Does a Single Eigenstate of a Hamiltonian Encode the Critical Behaviour of its Finite-Temperature Phase Transition? | ||||||||

(IPCMStarsbourg) | |||||||||