We presented the results of our project at 2023 Quantum Control of Light and Matter Conference GRC
Seven members from Ohmori PJ attended the 2023 Quantum Control of Light and Matter Conference Gordon Research
Conference(GRC) held at Salve Regina University in Newport, August 6-11, 2023, and presented research results of
the project.
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At the beginning of the first day, Prof. Kenji Ohmori gave a welcome speech to the participants as the chair.
In the evening, Sylvain de Léséleuc PI, Tom, Florent, Akane, Metkham, Aito, and Maheshs gave poster presentations, and discussions continued until midnight.
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On the second day, Sylvain de Léséleuc PI’s poster was selected from among many posters for an oral presentation on
“Ultrafast Control of Rydberg Atoms with Pulsed Lasers for Cold-Atom Quantum Computing and Simulation”.
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2023 Quantum Control of Light and Matter Conference
Gordon Research Conference
The Gordon Research Conferences (GRC), organized by the non-profit organization of the same name since 1931, is the
world’s most prestigious international scientific conference in all fields of chemical, and physical and later biological,
sciences, and their related technologies.
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This year, Ohmori PM has taken the prestigious chair of the quantum control/quantum technology area of the
conference, and the world’s top runners and top ventures in quantum computers, quantum simulators, quantum
sensors, and other quantum technology fields have presented their latest results, including those that have not
yet been published.
- Date： 6 – 11 August 2023
- Organizer：Gordon Research Conference
- Venue：Salve Regina University(Newport, RI, USA)
- Program：https://www.grc.org/quantum-control-of-light-and-matter-conference/2023/
Contributors：
Daniel Lidar (USC, US)
John Martinis (UC Santa Barbara / ex. Google, US)
Keisuke Fujii (Osaka Univ., Japan)
Mark Saffman (UW-Madison / ColdQuanta, US)
Mikhail Lukin (Harvard Univ. / QuERA, US)
Richard Harris (D-Wave Systems, Canada)
Immanuel Bloch (MPI Quantum Optics / planqc, Germany)
Tommaso Calarco (Forschungszentrum Jülich, Germany)
Antoine Browaeys (Institut d’Optique / PASQAL, France)
Christiane Koch (Freie Univ. Berlin, Germany)
Rosario Gonzalez-Ferez (Univ. Granada, Spain)
Monika Schleier-Smith (Stanford Univ., US)
Vladan Vuletic (MIT / QuERA, US)
Mikio Kozuma (Tokyo Tech., Japan)
Mark Kasevich (Stanford Univ. / AOSence, US)
Philippe Bouyer (MuQuans / Institut d’Optique, France)
John Doyle (Harvard Univ., US)
etc.
© 2023 Gordon Research Conferences
Presentation
Six poster presenters were selected for oral presentations from a number of posters.
| Sylvain de Léséleuc |
Ultrafast control of Rydberg atoms with pulsed lasers for cold-atom quantum computing and simulation |
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Posters
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Florent Cassouret |
Tiny integrated power laser for large scale cold-atom based quantum computer |
| Sylvain de Léséleuc | Ultrafast control of Rydberg atoms with pulsed lasers for cold-atom quantum computing and simulation (Poster link) |
| Tom Denecker-Desmonts |
Fast feed-forward cancellation of laser phase noise for cold atom experiments |
| Akane Makino |
The Moonshot Research and Development Program of Japan (Poster link) |
| Aito Tanaka |
Non-destructive state-selective imaging of cold Rubidium atoms with a compact and |
| Metkham Pravongviengkham |
Laser Cooling and Trapping Techniques for Enhanced Single-Atom Loading in Optical Tweezers (Poster link) |
| Mahesh Tirumalasetty Panduranga |
Toward high-fidelity ultrafast excitation between two single Rydberg atoms |
There were excellent presentations by distinguished guests, including Prof. John Martinis (UC Santa Barbara / ex. Google, US), exciting poster discoveries and fruitful exchanges.
In addition, seven participants from Ohmori PJ presented posters to promote the presence of Moonshot Ohmori PJ in the U.S. and its remarkable research results.
In addition, seven participants from Ohmori PJ presented posters to promote the presence of Moonshot Ohmori PJ in the U.S. and its remarkable research results.The posters, which were uniform in design, attracted people’s attention, and the sheer number of them set them apart from the rest of the group.
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