Detecting Entanglement and Steering Without Idealised Measurements

Explore a seminar on detecting quantum entanglement and steering in imperfect measurement scenarios. Delve into Dr. Armin Tavakoli's research from Lund University as he presents an operational framework for imprecise measurements, designed for trusted but imperfect quantum devices. Examine the significant impact of small systematic errors on entanglement and steering witnessing. Learn about newly developed detection criteria that account for measurement imperfections, offering a more realistic approach to quantum information processing. Gain insights into the challenges and solutions for quantum entanglement detection in real-world quantum systems during this 54-minute presentation from the Quantum Information and Quantum Computing Seminars at Centrum Fizyki Teoretycznej PAN.

Armin Tavakoli (Lund University): Detecting entanglement and steering without idealised measurements