Chang-Ling Zou

clzou321[a]ustc.edu.cn

Ph.D. in physics.

Personal webpage

Yan-Lei Zhang

Ph. D. in physics. Main interests: quantum optomechanics, cavity QED and spin squeezing.

Xin-Biao Xu

Ph. D. in physics. Main interests: quantum photonics.

Ming Li

Ph. D. in physics. Main interests: nonlinear optics, quantum optics.

Main research interests: Photonic-atom interface, single atom trapping and manipulation.

Main research interests: Photonic integrated circuits, single atom trapping and manipulation.

Main research interests: Natural atom quantum computation.

Main research interests: Cavity QED and quantum network.

With the joint guidance by Prof. X.-B. Zou.

Main research interest: Quantum metrology and quantum error correction.

With the joint guidance by Prof. X.-B. Zou.

Main research interest: Nonlinear optics effects in optical microcavities, hybrid superconducting-photonic integrated circuits.

Main research interest: Portable magneto-optics trap.

Main research interest: Photonic integrated circuits, nonlinear optics.

Main research interest: Natural atom quantum computation.

Main research interest: Natural atom quantum computation.

Main research interest: Hybird superconducting-phonon circuit.

Main research interest: Quantum optics, cavity QED.

With the joint guidance by Prof. X.-B. Zou.

Main research interest: Enhanced light-matter interaction in microresonators.

With the joint guidance by Prof. C.-H. Dong.

Thesis: Towards hybrid quantum network. Link

>>>PostDoc @ Humboldt-Universität zu Berlin.

Visiting student

>>> China Mobile.

Undergraduate Thesis: Optomechanical Phase Shifter. Link

>>> Yale University.

Undergraduate Thesis: Efficient coupling between dielectric waveguide modes and exterior plasmon whispering gallery modes. Link

>>> EPFL.

Undergraduate Thesis: Integrated photonic circulator based optomechanical interaction. Link

>>> Yale University.

Undergraduate Thesis: Magneto-optic trap and atom-photonic interface.

>>> USTC.

Research topic: Integrated Phononic Circuits.

>>> U Maryland

Undergraduate Thesis: Cavity and hot atom ensemble. Link

>>> UCLA.

Undergraduate Thesis: Phonon tunneling through vacuum.

>>> Yale University.

Undergraduate Thesis: Optomagnonics for coherent microwave to optical conversion.

>>> UPenn.

Undergraduate Thesis: Integrated accelerator.

>>> University of Alabama.

Undergraduate Thesis: Integrated frequency double for Rb D2 lines. Link

>>> Yale University.

Undergraduate Thesis: Integrated photonic circuit packaging with thermal atom vapour.

>>> MIT.

Undergraduate Thesis: Cavity-atom ensemble system.

>>> USTC.

Undergraduate Thesis: Dissipation induced topological photonic transportation.

>>> USTC.

Undergraduate Thesis: Polarization gradient cooling.

>>> UPenn.

Undergraduate Thesis: Autonomous quantum error correction. Link

>>> Oregon University.

Undergraduate Thesis: Quantum Metrology. Link

>>> USTC

Undergraduate Thesis: Single atom trapping.

>>> University of Massachusetts, Amherst

Undergraduate Thesis: Microwave to optical frequency conversion via atom ensemble.

>>> University of Pittsburgh

Undergraduate Thesis: Telecom to visible frequency conversion on a chip.

>>> USTC

Undergraduate Thesis: Magneto-optic trap on a photonic chip

>>> University of Maryland

Undergraduate Thesis: Laser cooling and trapping

>>> USTC

Undergraduate Thesis: Atom collision in a dipole trap

>>> The Australian National University

Undergraduate Thesis: Lens design for photonic integrated chip

>>> Institute of Physics

Undergraduate Thesis: Quantum frequency conversion and light source on a photonic chip

>>> USTC

>>> Yale University.

>>> MPQ

>>>Tsinghua

>>>USTC

>>>USTC

>>>USTC

>>>USTC