The organization committee is pleased to invite you to the upcoming conference Q-ESCAPE (Quantum Errors, Sensing and Control: Principles, Applications and Engineering) , which is going to take place this summer in Shenzhen, China. Details of the conference are as follows:
Venue: Southern University of Science and Technology, Shenzhen, China
Date: July 22-24, 2024
Regular fees:
- Early-bird (by June 11, 2024) : CN￥1800 / US$ 255
- On-site : CN￥2500 / US$ 355
- On-site with contributed presentations: CN￥2400 / US$ 345
Student fees:
- Early-bird (by June 11, 2024) : CN￥1400 / US$ 200
- On-site : CN￥1800 / US$ 255
- On-site with contributed presentations: CN￥1600 / US$ 320
Website: https://quantum-dynamics.tech/qescape2024/
Abstract submission: June 30, 2024
Conference description:
Q-ESCAPE is an international conference on Quantum errors, sensing, control: applications, principles and engineering. It covers various fields in quantum technologies including quantum control, noisy quantum systems, quantum measurement and sensing, etc. Q-ESCAPE are the initials of quantum errors, sensing and control: principles, applications and engineering, and the abbreviation also indicates a meaning of escaping from quantum errors with quantum technologies, which evokes a sense of overcoming challenges and achieving breakthrough innovations.
Confirmed invited speakers:
- Alfio Borzi (Julius-Maximilians-Universität of Würzburg)
- Christiane Koch (Free University, Berlin)
- Daoyi Dong (Australian National University)
- Felix Motzoi (Forschungszentrum Julich)
- Herschel Rabitz (Princeton University)
- Hsi-Sheng Goan (National Taiwan University)
- Joonwoo Bae (Korea Advanced Institute of Science and Technology)
- Jiangbin Gong (NUS)
- John Gough (Aberystwyth University)
- Konstantin Dorfman (Hainan University)
- Mile Gu (Nanyang University of Technology)
- Navin Khaneja (IIT Bombay)
- Yasunobu Nakamura (University of Tokyo & RIKEN Center for Quantum Computing)
Steering committee:
- Dapeng Yu (Chair, SUSTech )
- Re-Bing Wu (Tsinghua University)
- Guo-Feng Zhang (Hong Kong Polytechnic University)
GEFAM 