Nonlocal Seminar on Quantum Steering

The "Nonlocal Seminar Series on Quantum Steering" is a joint venture between the groups of Qiongyi He (Beijing, China) and Otfried Gühne (Siegen, Germany). The main topic of the seminar is quantum steering and it aims to bring a broad audience including theoretical and experimental physicists as well as students together to share their recent progress in this topic, towards interdisciplinary studies of this topic.

Time & Place

The seminar regularly takes place every 2-4 weeks on Fridays at 10 a.m. CEST (Berlin time, or, equivalently, 5 p.m. Beijing time). Due to the current circumstances the seminar is held via Zoom. 

Further information and mailing list

For obtaining invitation to the seminars, please subscribe to the email-list.

Upcoming talks

• Pei Zhang (Xi'an Jiaotong University, China): High-dimensional quantum steering with multi-measurement settings (16.9.2022)
  

Previous talks

• Mirjam Weilenmann (IQOQI Vienna): Self-Tests of Physical Theories in Networks and Their Implications for the Foundations of Quantum Theory (15.7.2022)
• Anna Jenčová (Slovak Academy of Sciences, Slovakia): Assemblages and steering in GPTs (24.6.2022)
• Sergei Slussarenko (Griffith University, Australia): Quantum random number generation certified by Einstein-Podolsky-Rosen steering (3.6.2022)
• Kimmo Luoma (University of Turku, Finland): Collision models and quantum correlations (29.4.2022)
• Yu Xiang (Peking University, China): Distribution and Quantification of Wigner Negativity Remotely Generated via EPR Steering (18.3.2022)
• Paul Skrzypczyk (University of Bristol, UK): Network Quantum Steering (4.2.2022)
• Matteo Fadel (University of Basel, Switzerland): Towards EPR steering of microgram-mass oscillators (21.1.2022)
• Qiang Zeng (Beijing Institute of Technology, China): One-way EPR-Steering and Steering completeness (17.12.2021)
• Manuel Gessner (École Normale Supérieure, France): Detecting entangled local hidden state models and steering with tools from metrology (12.11.2021)
• Thomas Cope (Leibniz Universität Hanover, Germany): Extremal Assemblages (15.10.2021)
• Bi-Heng Liu (USTC Hefei, China): Loophole-free high-dimensional quantum steering (17.09.2021)
• Jin-Shi Xu (USTC Hefei, China): Experimental one-way Einstein-Podolsky-Rosen steering (20.08.2021) 
• Roope Uola (U Geneva, Switzerland): Genuine high-dimensional quantum steering (23.07.2021) (slides)

Funding