KPS Focus Session for Tweezer trap systems

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Session Name: Neutral Atoms Trapped with Optical Tweezers

In recent years, neutral atoms trapped in optical tweezer arrays are actively used for various research including quantum computing, quantum simulation, and probably for quantum sensing as well. In this focus session, we gather experts in this field to discuss the latest activities and future trends.

0. Korean Physical Society (KPS) fall meeting: https://www.kps.or.kr/e_index.php

1. Place: Changwon Exhibition Convention Center (Changwon, Korea) https://www.ceco.co.kr/?lang=en

2. Date: Focus session on October 26 (Thursday) during the KPS fall meeting (October 25-27, 2023).

3. Organizers: AHN Jaewook (KAIST), MOON Jongchul (KRISS)

5. Contact information: jwahn@kaist.ac.kr

6. Abstract submission (due: 08/21): https://www.kps.or.kr/conference/event/

7. Invited speakers (**abstract submitted)

  • DE LESELEUC Sylvain (Institute of Molecular Science, Japan) “Motion of atoms in optical tweezers: from thermal to squeezing and entanglement” **
  • LOH Huanqian (National University of Singapore, Singapore) “Floquet-tailored Rydberg interactions” **
  • HEINRIET Loic (PASQAL, France) "Quantum Feature Maps for Graph Machine Learning on a Neutral Atom Quantum Processor” **
  • YANG Fan (University of Copenhagen, Denmark) “Probing magnon bound states and Hilbert space fragmentation in Rydberg atom arrays” **
  • KIM Minhyuk (Korea University, Korea) “Interlayer coupling of Rydberg atom arrays” **
  • SONG Yunheung (KRISS, Korea) “Progress of KRISS Yb-atom array” **
  • LEE Moonjoo (POSTECH, Korea) "Towards generation of an atomic array with optical tweezers" **
  • CHEN Ying-Cheng (Academia Sinica, Taiwan) "Towards Cs-atom arrays for quantum computing and simulation" **

8. Contributed presentations (This session shall be open for contributed presentations)

  • HWANG Hansub (KAIST, Korea) et al., "Rydberg atom collisions by optical tweezer accelerator" **
  • BYUN Andrew (KAIST, Korea) et al., "Rydberg-atom implementation of quadratic unconstrained binary optimization problems" **
  • PARK JuYoung (KAIST, Korea) et al., "Computational complexity of integer factorization by Rydberg atoms" **
  • NAKAMURA Yuma (Kyoto University, Japan) et al., "Controlling nuclear spin qubit of Ytterbium atoms in an optical tweezer array" **
  • WANG Tsai-Ni (National Taiwan University, Taiwan) et al., "Raman driving of atomic hyperfine qubits with an electro-optic modulator" **
  • KIM Kangheun (KAIST, Korea) et al., "Quantum computation of maximum independent set problem on King’s graph of over hundred Rydberg Atoms" **
  • HWANG Sunhwa (KAIST, Korea) et al., "Slingshot throw and catch of single atoms by optical tweezers" **
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