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ISNTT2024 — International School and Symposium on Nanodevices and quanTum Technologies
December 2 to 6, 2024, NTT Atsugi R&D center, JAPAN
Speakers
KEYNOTE Speakers
- Richard Jozsa — University of Cambridge
- "Classically simulatable quantum computations – a perspective on the origin of QC power"
INVITED Speakers
- Davide Bacco — University of Florence
- "Advances in quantum communications: from single photon sources to multidimensional quantum states."
- Marcos Curty — University of Vigo
- "Advances and Challenges in Quantum Key Distribution"
- Emmanuel Flurin — Université Paris-Saclay
- "Single atom magnetic resonance by microwave photon counting"
- Sophie Guéron — Université Paris-Saclay
- "Detecting topological edge states with mesoscopic physics"
- Masato Koashi — The University of Tokyo
- "Space and Time Overheads in Fault-Tolerant Quantum Computation"
- Hyukjoon Kwon — Korea Institute for Advanced Study (KIAS)
- "Suppressing quantum errors via continuous-time dissipation engineering"
- Xavier Marie — Université de Toulouse
- "Optical control of the exciton properties in atomically thin transition metal dichalcogenides"
- Kentaro Nomura — Kyushu University
- "Spintronics functionalities of magnetic Weyl semimetals"
- Takashi Oka — The University of Tokyo
- "Floquet engineering of Dirac electrons and new non-equilibrium states"
- Preden Roulleau — CEA Saclay
- "Emission and coherent control of Levitons in graphene"
- Volodymyr V. Sivak — Google Quantum AI
- "Real-time quantum error correction beyond break-even"
- Shuntaro Takeda — The University of Tokyo
- "Time-multiplexed programmable continuous-variable photonic quantum computing"
- Hyunsoo Yang — National University of Singapore
- "Spintronics with 2D materials"
- Naotaka Yoshikawa — The University of Tokyo
- "Control of anomalous Hall conductivity in topological semimetal Co3Sn2S2 using mid-infrared light"
- Xiao Yuan — University of Peking
- "Quantum advantage for near-term and fault-tolerant quantum computers"
- Qiang Zhang — University of Science and Technology of China (USTC)
- "Recent experimental progress in quantum communication"
- Lihuang Zhu — IQM Quantum Computers
- "Coherence and fidelity improvement with IQM F1 fabrication facility"