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A Quantum Simulation of Cavity Optomechanics

Masao Hirokawa
(Hiroshima University)
Mat/Fys-seminar
Tirsdag, 3 oktober, 2017, at 13:00-13:45, in Koll. G3 (1532-218)
Abstrakt:
Talk begins at 13.00 sharp!

At the dawn of the 21st century, in the solid-state analogue,
an artificial atom was made by using a superconducting LC circuit.
The harmonic oscillator atom is obtained in the case without
any Josephson junction, and the 2-level atom is based on the
anharmonicity coming from Josephson junction(s).  In my talk,
I talk about the duality between a dark state and a quasi-dark state
appearing in cavity optomechanics, and consider the possibility of
its quantum simulation using superconducting circuits.

Reference:
M. Hirokawa, ``Duality between A Dark State And A Quasi-Dark State"
Annals of Physics (N.Y.) 377: 229-242 (2017)

This lecture is the second in a series of Aarhus-Japan lectures on Mathematical Physics.
Kontaktperson: Jacob Schach Møller