List of Awardees for Quantum Innovation 2024 Poster Presentation Awards for Young Researchers
8 November 2024
Congratulations to the following individuals (18 persons) for their outstanding contributions.
PO-CP-06 Yi-Hsien Wu
RIKEN
“99.99% Fidelity Quantum Gates via Pulse Shaping in Five-Qubit Spin Device”
RIKEN
“99.99% Fidelity Quantum Gates via Pulse Shaping in Five-Qubit Spin Device”
PO-CP-23 David Clarino
Ritsumeikan University
“Utilizing Don’t-Cares to Minimize CNOTs in Synthesizing NNA Compliant Quantum Circuits”
Ritsumeikan University
“Utilizing Don’t-Cares to Minimize CNOTs in Synthesizing NNA Compliant Quantum Circuits”
PO-CP-28 Ka Wing Yip
Okinawa Institute of Science and Technology
“Developing Experimental Setup for Measurement of Electron Mobility on the surface of Neon”
Okinawa Institute of Science and Technology
“Developing Experimental Setup for Measurement of Electron Mobility on the surface of Neon”
PO-CP-35 Masanari Miyamoto
Osaka University
“Isotope selection and sympathetic cooling of 40Ca+ and 44Ca+ in a through-hole surface-electrode trap”
Osaka University
“Isotope selection and sympathetic cooling of 40Ca+ and 44Ca+ in a through-hole surface-electrode trap”
PO-CP-40 Zanhe Qi
Ritsumeikan University
“Improving Mapping to Nearest Neighbor Architecture by Using Gaussian Elimination-based Method by Changing Qubits’ Order”
Ritsumeikan University
“Improving Mapping to Nearest Neighbor Architecture by Using Gaussian Elimination-based Method by Changing Qubits’ Order”
PO-CP-46 Kota Mizuno
Shibaura-Institute of Technology
“Quantum Algorithm for Shortest Vector Problems with Folded Spectrum Method”
Shibaura-Institute of Technology
“Quantum Algorithm for Shortest Vector Problems with Folded Spectrum Method”
PO-CP-47 Viktor Khinevich
Osaka University
“Wave Function Refinement via Quantum Power Lanczos Method Using Generalized Quantum Signal Processing”
Osaka University
“Wave Function Refinement via Quantum Power Lanczos Method Using Generalized Quantum Signal Processing”
PO-SE-06 Kazuki Ota
Kyoto University
“Spectroscopic imaging with diamond submicron particles containing nitrogen-vacancy centers and a single multimode fiber endoscope”
Kyoto University
“Spectroscopic imaging with diamond submicron particles containing nitrogen-vacancy centers and a single multimode fiber endoscope”
PO-SE-07 Ozora Iso
The University of Electro-Communications
“Spectrally resolved density matrix measurement with delay-line-anode single-photon imagers”
The University of Electro-Communications
“Spectrally resolved density matrix measurement with delay-line-anode single-photon imagers”
PO-SE-36 Atsumi Yoshimura
Institute of Science Tokyo
“Development of multichannel diamond quantum magnetometer for magnetoencephalography of small animals”
Institute of Science Tokyo
“Development of multichannel diamond quantum magnetometer for magnetoencephalography of small animals”
PO-SE-41 Kazuki Okajima
Kyoto University
“Study on the photoionization path in PDMR of silicon vacancies in silicon carbide”
Kyoto University
“Study on the photoionization path in PDMR of silicon vacancies in silicon carbide”
PO-SE-44 Yuma Itabashi
Keio University
“High sensitive multiplexed imaging of AC magnetic field and temperature using RF-dressed states of electron spins in diamond”
Keio University
“High sensitive multiplexed imaging of AC magnetic field and temperature using RF-dressed states of electron spins in diamond”
PO-SE-70 Ryotaro Abe
Institute of Science Tokyo
“Identical photon generation from charge-stabilized lead-vacancy centers in diamond”
Institute of Science Tokyo
“Identical photon generation from charge-stabilized lead-vacancy centers in diamond”
PO-SE-72 Ikuya Fujisaki
Institute of Science Tokyo
“Extension of spin dephasing time of millimeter-scale ensemble NV centers by suppressing magnetic and strain field inhomogeneities”
Institute of Science Tokyo
“Extension of spin dephasing time of millimeter-scale ensemble NV centers by suppressing magnetic and strain field inhomogeneities”
PO-CC-07 Shin Sun
Okinawa Institute of Science and Technology
“Enhancing quantum key distribution with entanglement distillation and classical advantage distillation”
Okinawa Institute of Science and Technology
“Enhancing quantum key distribution with entanglement distillation and classical advantage distillation”
PO-CC-15 Joe Yoshimoto
Keio University
“Simple quantum state tomography of single-photon-based multipartite entanglement”
Keio University
“Simple quantum state tomography of single-photon-based multipartite entanglement”
PO-CC-18 Reiji Okada
Nagoya University
“Port-based telecloning: a generalization of port-based teleportation to the many receivers’ case”
Nagoya University
“Port-based telecloning: a generalization of port-based teleportation to the many receivers’ case”
PO-CC-30 Toshitsugu Kato
Hokkaido University
“Bright illumination attack on BB84 with passive and asymmetric basis selection”
Hokkaido University
“Bright illumination attack on BB84 with passive and asymmetric basis selection”
Quantum Innovation 2024 Poster Session Committee
Go Kato
National Institute of Information and Communications Technology (Chairperson)
National Institute of Information and Communications Technology (Chairperson)
Tadashi Sakai
Institute of Science Tokyo (Vice Chair)
Institute of Science Tokyo (Vice Chair)
François Le Gall
Nagoya University
Nagoya University
Masahiro Takeoka
Keio University
Keio University
Shigeru Yamashita
Ritsumeikan University
Ritsumeikan University
Akinori Yokoya
National Institutes for Quantum Science and Technology
National Institutes for Quantum Science and Technology