In this lecture, the professor discussed ideal Bose gases, weakly interacting homogenous Bose gas, inhomogenous Bose gas, etc.

Lecture19: Bose gases

In this lecture, the professor discussed cold fermions, cooper pairing, experimental realization of the BEC-BCS Crossover, etc.

Lecture 20: Fermi gases, BEC-BCS crossover

In this lecture, the professor discussed ion traps, quantum computation with ions, etc.

Lecture 21: Ion trapping and quantum gates

In this video, the professor discussed dipole traps, energy conservation, electric vs. magnetic forces, etc.

Lecture 17: Dressed atom, Part 2

In this lecture, the professor discussed magnetic trapping and evaporative cooling.

Lecture 18: Techniques for ultralow temperatures

In this video, the professor discussed combined state of atom and electromagnetic field, dressed basis, laser field, etc.

Lecture 17: Dressed atom, Part 1

In this video, the professor discussed applications of the spontaneous force.

Lecture 16: Light forces, Part 2

In this video, the professor discussed light forces, mechanical forces, radiation pressure force, reactive forces.

Lecture 16: Light forces, Part 1

In this lecture, the professor discussed motivation for single quantum systems, QMCWF, and models for dephasing.

Lecture 15: Unraveling Open System Quantum Dynamics

In this video, the professor discussed steady state solutions.

Lecture 14: Solutions of optical Bloch equations, Part 2

In this lecture, the professor discussed spectrum and intensity of emitted light.

Lecture 14: Solutions of optical Bloch equations, Part 1

In this lecture, the professor focused on the derivation of optical Bloch equations.

Lecture 13: Derivation of optical Bloch equations

In this lecture, the professor discussed Resonant scattering.

Lecture 12: Resonant interactions

In this video, the professor continued to talk about Casimir interactions and discussed Casimir force.

Lecture 11: Casimir force

In this lecture, the professor discussed van der Waals and Casimir interactions.

Lecture 10: van der Waals and Casimir interactions

In this lecture, the professor discussed Feyman diagrams for light-atom interactions.

Lecture 9: Diagrams for light-atom interactions

In this lecture, the professor discussed g(2) for atoms and light, classical vs. quantum statistics, etc.

Lecture 8: g(2) for atoms and light

In this lecture, the professor first talked about "Ion trapped in a solid", then discussed metrology, shot noise and Heisenberg limit.

Lecture 7: Metrology, shot noise and Heisenberg limit, Part 2

In this lecture, the professor discussed classical squeezing, squeezed quantum states, the displacement operator and electric field of squeezed states.

Lecture 4: Non-classical light, squeezing, Part 1

In this lecture, the professor continued to talk about Bell inequality and discussed quantum metrology.

Lecture 7: Metrology, shot noise and Heisenberg limit, Part 1

Atomic and Optical Physics II

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