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| INVITED |
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Ana Asenjo-Garcia |
Columbia University in the city of New York |
USA |
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| INVITED |
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Mete Atature |
University of Cambridge |
UK |
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| INVITED |
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Philippe Bouyer |
University of Amsterdam/Quantum Delta NL |
The Netherlands |
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| INVITED |
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Deung-Jang Choi |
CFM-CSIC, UPV/EHU |
Spain |
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| INVITED |
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Jens Eisert |
Freie Universität Berlin |
Germany |
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| INVITED |
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Francesca Ferlaino |
University of Innsbruck & IQOQI |
Austria |
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| INVITED |
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Mohammad Hafezi |
University of Maryland |
USA |
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| INVITED |
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Angela Kou |
University of Illinois Urbana-Champaign |
USA |
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| INVITED |
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Anatoly Kulikov |
ETH Zurich |
Switzerland |
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| INVITED |
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Peter Lodahl |
University of Copenhagen |
Denmark |
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| INVITED |
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Yulia Maximenko |
Colorado State Universtity |
USA |
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| INVITED |
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Susanne Yelin |
Harvard University |
USA |
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| INVITED - W2 |
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Antonio Acin |
ICFO |
Spain |
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| INVITED - W4 |
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Audrey Bienfait |
ENS Lyon |
France |
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| INVITED W7 |
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Frédéric Bonell |
Spintec |
France |
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| INVITED W7 |
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Olivier Boulle |
CEA |
France |
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| INVITED - W6 |
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Jorge Casanova |
EHU/UPV |
Spain |
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| INVITED - W3 |
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Sonia Conesa Boj |
TU Delft |
The Netherlands |
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| INVITED - W6 |
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Joseph Dufouleur |
IFW Dresden |
Germany |
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| INVITED - W1 |
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Dmitri Efetov |
LMU |
Germany |
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| INVITED - W1 |
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Adolfo G. Grushin |
Institut Néel / CNRS |
France |
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| INVITED - W1 |
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Sophie Gueron |
Université Paris Saclay - LPS |
France |
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| INVITED - W2 |
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Matteo Ippoliti |
The University of Texas at Austin |
USA |
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| INVITED - W5 |
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Karl Jansen |
Deutsches Elektronen-Synchrotron DESY |
Germany |
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| INVITED - W2 |
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Barbara Kraus |
Technical University of Munich |
Germany |
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| INVITED W7 |
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Marie-Blandine Martin |
CNRS-Thales |
France |
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| INVITED - W3 |
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Nicola Poccia |
IFW Dresden & University of Naples Federico II |
Germany/Italy |
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| INVITED - W1 |
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Carmen Rubio Verdú |
ICFO |
Spain |
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| INVITED - W3 |
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Nitin Samarth |
Penn State University |
USA |
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| INVITED - W2 |
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Mikel Sanz |
NQUIRE Center - UPV/EHU |
Spain |
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| INVITED - W3 |
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Javad Shabani |
New York University |
USA |
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| INVITED - W5 |
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Matti Silveri |
University of Oulu |
Finland |
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| INVITED W7 |
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Jairo Sinova |
Johannes Gutenberg University Mainz |
Germany |
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| INVITED - W5 |
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Magdalena Stobinska |
Warsaw University |
Poland |
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| INVITED - W5 |
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Sofia Vallecorsa |
CERN |
Switzerland |
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| INVITED - W4 |
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Visa Vesterinen |
VTT |
Finland |
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| INVITED - W4 |
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Silvia Zorzetti |
Fermilab |
USA |
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INVITED
Industrial Forum |
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Yonatan Cohen |
Quantum Machines |
Israel |
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INVITED
Industrial Forum |
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Alexandre Dauphin |
PASQAL |
France |
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INVITED
Industrial Forum |
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Pau Jorba |
Kiutra |
Germany |
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INVITED
Industrial Forum |
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Yemliha Bilal Kalyoncu |
Qblox BV |
The Netherlands |
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INVITED
Industrial Forum |
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Samira Nik |
European Innovation Council (EIC) |
Belgium |
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INVITED
Industrial Forum |
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Roman Orus |
Multiverse Computing & DIPC |
Spain |
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INVITED
Industrial Forum |
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Claudius Riek |
Zurich Instruments |
Switzerland |
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INVITED
Industrial Forum |
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Anurag Saha Roy |
Qruise |
Germany |
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INVITED
Industrial Forum |
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Felice Francesco Tafuri |
Keysight Technologies |
USA |
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INVITED
Industrial Forum |
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Jelena Trbovic |
QuantrolOx |
Finland |
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| TUTORIAL |
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Ramon Aguado |
ICMM-CSIC |
Spain |
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| TUTORIAL |
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Athanasios Dimoulas |
NCSRD |
Greece |
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| TUTORIAL |
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Maia García Vergniory |
Max Planck for Chemical Physics of Solids - DIPC |
Germany/Spain |
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| TUTORIAL |
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Tomas Jungwirth |
Czech Academy of Sciences |
Czech Republic |
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PLENARY |
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Ignacio Cirac (Max Planck Institute of Quantum Optics, Germany) |
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Quantum Computing and Simulation in the NISQ era
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Claudia Felser (Max Planck Institute for Chemical Physics of Solids, Germany) |
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Chirality and Topology
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KEYNOTES |
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Leo Kouwenhoven (Delft University of Technology, The Netherlands) |
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Andreev and Majorana bound states in nanoscale devices
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Michelle Simmons (University of New South Wales, Australia) |
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Atomic Electronics – building qubits in silicon with atomic precision
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Amir Yacoby (Harvard University, USA) |
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Quantum Sensing of Quantum Matter
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INVITED |
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Ana Asenjo-Garcia (Columbia University in the city of New York, USA) |
|
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Universal scaling laws for correlated decay of
many-body quantum systems
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Mete Atature (University of Cambridge, UK) |
|
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Shedding Light on Nuclear Spins:
Through the looking-glass
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Philippe Bouyer (University of Amsterdam/Quantum Delta NL, The Netherlands) |
|
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From matter waves to quantum sensors
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Deung-Jang Choi (CFM-CSIC, UPV/EHU, Spain) |
|
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Quantum Control at the Atomic Scale: From Ångstrom-Scale Qubit Platforms to Topological Superconductivity
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Jens Eisert (Freie Universität Berlin, Germany) |
|
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Potential and limitations of near-term quantum computing
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Francesca Ferlaino (University of Innsbruck & IQOQI, Austria) |
|
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Advancing Many-Body Quantum Physics with Dipolar Quantum Gases
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Mohammad Hafezi (University of Maryland, USA) |
|
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Strongly interacting bosonic physics in layered two-dimensional van der Waals materials
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Angela Kou (University of Illinois Urbana-Champaign, USA) |
|
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Driving the fluxonium qubit
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|
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Anatoly Kulikov (ETH Zurich, Switzerland) |
|
|
Device-independent algorithms with superconducting circuits
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Peter Lodahl (University of Copenhagen, Denmark) |
|
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Deterministic single-photon hardware for scalable quantum-information processing
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Yulia Maximenko (Colorado State Universtity, USA) |
|
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Unconventional quantum phases and their visualization with atomic resolution
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|
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Susanne Yelin (Harvard University, USA) |
|
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Quantum Simulation of Molecules and Materials with present-day Reconfigurable Quantum Processors
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KEYNOTES/INVITED - Parallel workshops |
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Antonio Acin (ICFO, Spain) |
|
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Security proof of discrete-modulated continuous-variable quantum key distribution
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Audrey Bienfait (ENS Lyon, France) |
|
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Implementing a quantum memory with a frequency and bandwidth-tuneable superconducting resonator
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Frédéric Bonell (Spintec, France) |
|
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Epitaxial van der Waals heterostructures for magnetism and spin-charge conversion
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Olivier Boulle (CEA, France) |
|
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Manipulation of magnetic skyrmions for memory and logic applications
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Jorge Casanova (EHU/UPV, Spain) |
|
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High-Field NMR with Solid-state Quantum Sensors
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Sonia Conesa Boj (TU Delft, The Netherlands) |
|
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Towards a New Generation of van der Waals Materials for Quantun Technologies
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Joseph Dufouleur (IFW Dresden, Germany) |
|
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Non-Hermitian topology in multi-terminal devices: from fundamental to applications
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Dmitri Efetov (LMU, Germany) |
|
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Thermodynamic measurements of the correlated states in Magic Angle Twisted Bilayer Graphene
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Adolfo G. Grushin (Institut Néel / CNRS, France) |
|
|
Amorphous topological metals
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Sophie Gueron (Université Paris Saclay - LPS, France) |
|
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Evidence of helical states in bismuth
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Matteo Ippoliti (The University of Texas at Austin, USA) |
|
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Phases of quantum information on a noisy quantum processor
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Karl Jansen (Deutsches Elektronen-Synchrotron DESY, Germany) |
|
|
The Center for Quantum Technology and
Applications: activities and use cases
|
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Barbara Kraus (Technical University of Munich, Germany) |
|
|
Testing and verifying quantum computations and simulations
|
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Marie-Blandine Martin (CNRS-Thales, France) |
|
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Towards a topology-based compact neuromorphic component
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Nicola Poccia (IFW Dresden & University of Naples Federico II, Germany/Italy) |
|
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Cuprate Twistronics for a New Generation of Macroscopic Quantum Hardwares
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Carmen Rubio Verdú (ICFO, Spain) |
|
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Universal moiré nematic phase in twisted graphene
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Nitin Samarth (Penn State University , USA) |
|
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Epitaxially engineered quantum materials for quantum technologies: interfacing topology, magnetism, and superconductivity
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Mikel Sanz (NQUIRE Center - UPV/EHU, Spain) |
|
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Training embedding quantum kernels
with quantum neural networks
|
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Javad Shabani (New York University, USA) |
|
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Understanding of disorder for enhancement of superconducting topological gap
|
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Matti Silveri (University of Oulu, Finland) |
|
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Dynamics beyond two-level approximation in transmon arrays
|
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Jairo Sinova (Johannes Gutenberg University Mainz, Germany) |
|
|
Unconventional magnetism: the emergence of altermagnetism and its new variants
|
|
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Magdalena Stobinska (Warsaw University, Poland) |
|
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Enhancing free space DI QKD via employing NPA hierarchy method
|
|
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Sofia Vallecorsa (CERN, Switzerland) |
|
|
Quantum Technolgy Initiative at CERN
|
|
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Visa Vesterinen (VTT, Finland) |
|
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Enabling technologies for large-scale cryogenic quantum computers: parametric amplifiers
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Silvia Zorzetti (Fermilab, USA) |
|
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Unlocking the Quantum Internet: Advancements in High-Efficiency Microwave-Optical Transduction
|
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KEYNOTES/INVITED - Industrial Forum |
|
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James S. Clarke (Intel, USA) |
|
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Spin Qubits produced with a 300mm fabrication line: An update on Intel Si/SiGe devices
|
|
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Yonatan Cohen (Quantum Machines, Israel) |
|
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Quantum advantage via Classical Control
|
|
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Alexandre Dauphin (PASQAL , France) |
|
|
Exploring quantum materials with a neutral atom processor
|
|
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Artur Ekert (University of Oxford / Centre for Quantum Technologies, NUS, UK / Singapore) |
|
|
The Age of Computation is yet to Come
|
|
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Jay M. Gambetta (IBM, USA) |
|
|
Quantum Computing at the Utility Scale and
Beyond
|
|
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Pau Jorba (Kiutra, Germany) |
|
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ADR based sub-Kelvin cryostats for applied quantum technologies
|
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Yemliha Bilal Kalyoncu (Qblox BV, The Netherlands) |
|
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Integrated and Scalable Quantum Control
|
|
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Samira Nik (European Innovation Council (EIC), Belgium) |
|
|
EIC Quantum Tech Portfolio and Activities
|
|
|
Roman Orus (Multiverse Computing & DIPC, Spain) |
|
|
Multiverse Computing: Quantum and Quantum-Inspired AI and Beyond
|
|
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Claudius Riek (Zurich Instruments, Switzerland) |
|
|
Enabling Quantum Technology - from individual devices to 100s of qubits
|
|
|
Anurag Saha Roy (Qruise, Germany) |
|
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Improving flux-based gates in superconducting QPUs through model learning of qubit and control stack parameters
|
|
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Felice Francesco Tafuri (Keysight Technologies, USA) |
|
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Accelerating the Quantum Workflow from Design to Experiments
|
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Jelena Trbovic (QuantrolOx, Finland) |
|
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Accelerating the Development of Quantum Computers through Automation
|
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Topological Matter Tutorials |
|
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Ramon Aguado (ICMM-CSIC, Spain) |
|
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From Majorana to Andreev and back
|
|
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Athanasios Dimoulas (NCSRD, Greece) |
|
|
MBE growth of 2D topological quantum materials
|
|
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Maia García Vergniory (Max Planck for Chemical Physics of Solids - DIPC, Germany/Spain) |
|
|
Topological Quantum Chemistry
|
|
|
Tomas Jungwirth (Czech Academy of Sciences, Czech Republic) |
|
|
Altermagnets: An unconventional magnetic class
|
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