This event is part of Statistical Methods and Mathematical Analysis for Quantum Information Science View Details

Quantum Sensing

Description

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Quantum sensors have already significantly revolutionized our lives, including the atomic clocks and
global positioning systems. Distinct from classical sensors, quantum devices can achieve the more
4favorable Heisenberg scaling limit. In practice, however, there are imperfections and decoherences that
might potentially prevent us from achieving quantum limited sensing. What are the fundamental limits
of various quantum quantum sensors? How to overcome practical imperfections and build robust quantum
sensors? What are the novel applications of quantum sensors? This workshop will bring the math and
physics communities together to investigate quantum metrology and explore novel quantum sensing
protocols.

Organizers

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A C
Aash Clerk University of Chicago
S Z
Sisi Zhou Perimeter Institute for Theoretical Physics