Cavity Optomechanics: Exploiting the Radiation Pressure Coupling of Optical and Mechanical Degrees of Freedom in Microresonators

Documents and media

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Speaker(s)

Tobias J. Kippenberg

Max Planck Institute, Garching (Germany)

Events

Synthesis and reconstruction of quantum states (1)

Cavity Optomechanics: Exploiting the Radiation Pressure Coupling of Optical and Mechanical Degrees o…

Research into the transition from the quantum to the classical world through a process of amplificat…

Synthesis and reconstruction of quantum states (6)

Entanglement Assisted Metrology and Sensing

Synthesis and reconstruction of quantum states (7)

Synthesis and tomography of arbitrary quantum states of a resonator with a superconducting qubit

Not recorded

Cavity Optomechanics: Exploiting the Radiation Pressure Coupling of Optical and Mechanical Degrees of Freedom in Microresonators

Documents and media

Speaker(s)

Tobias J. Kippenberg

Events

Synthesis and reconstruction of quantum states (1)

Cavity Optomechanics: Exploiting the Radiation Pressure Coupling of Optical and Mechanical Degrees o…

Synthesis and reconstruction of quantum states (2)

Micro-resonators and radiation pressure : towards quantum optomechanics

Synthesis and reconstruction of quantum states (3)

Mode stories : quantum effects in optical images and frequency combs

Synthesis and reconstruction of quantum states (4)

Trapping, Interfacing and Conveying Cold Neutral Atoms Using Optical Nanofibers

Synthesis and reconstruction of quantum states (5)

Research into the transition from the quantum to the classical world through a process of amplificat…

Synthesis and reconstruction of quantum states (6)

Entanglement Assisted Metrology and Sensing

Synthesis and reconstruction of quantum states (7)

Synthesis and tomography of arbitrary quantum states of a resonator with a superconducting qubit

See also