# Lecturers

*The presentation materials will be available until Wednesday, 16th of October

### Maria Chekhova, MPI for the Science of Light, Germany (L)

*Participation period: 26 Septermber - 2 October*

**Nonlinear Interferometry**

Lecture 1 (Slides**)**

Lecture 2 (Slides)

Lecture 3 (Slides)

**Nonlinear Interferometry**

Lecture 1 (Slides

Lecture 1 (Slides

**)**

Lecture 2 (Slides)

Lecture 3 (Slides)

Lecture 2 (Slides)

Lecture 3 (Slides)

### Barry Garraway, University of Sussex, England (L)

*Participation period: 24 September - 3 October*

**From dressed states to quantum technology**

**From dressed states to quantum technology**

### Nathan Harshman, American University, USA (L)

*Participation period: 28 September - 3 October*

**Symmetry and Control with a Few Trapped Ultracold Atoms**

**Symmetry and Control with a Few Trapped Ultracold Atoms**

**Lecture 1: Symmetry in few-body systems (Slides)**

Lecture 2: Symmetry, integrability, and control (Slides)

Lecture 3: Symmetry, entanglement and information (Slides)

**Lecture 1: Symmetry in few-body systems (Slides)**

Lecture 2: Symmetry, integrability, and control (Slides)

Lecture 3: Symmetry, entanglement and information (Slides)

Lecture 2: Symmetry, integrability, and control (Slides)

Lecture 3: Symmetry, entanglement and information (Slides)

### Takuya Hirano, Gakushuin University, Japan (C)

*Participation period: 26 September - 1 October*

**Non-Equilibrium Dynamics of a spinor Bose-Einstein Condensate** (Slides)

**Non-Equilibrium Dynamics of a spinor Bose-Einstein Condensate**(Slides)

### Tomoki Ozawa, RIKEN, Japan (C)

*Participation period: 24 September - 26 September*

**Topological phases in Atomic, Molecular, and Optical physics**

**Topological phases in Atomic, Molecular, and Optical physics**

### Hélène Perrin, Université Paris 13, France (L)

*Participation period: 24 September - 26 September*

**Laser cooling and trapping, and application to experimental studies of superfluid dynamics in Bose gases**

**Laser cooling and trapping, and application to experimental studies of superfluid dynamics in Bose gases**

*Lecture 1: Light Forces (Slides)*

**Lecture 2: Laser Cooling and Tapping** **(Slides)**

**Lecture 3: Superfluid hydrodynamics of a Bose gas in a harmonic (or bubble) trap (Slides)**

*Lecture 1: Light Forces (Slides)*

**Lecture 2: Laser Cooling and Tapping**

**(Slides)**

**Lecture 3: Superfluid hydrodynamics of a Bose gas in a harmonic (or bubble) trap (Slides)**

### Jason Petta, Princeton University, USA (L)

*Participation period: 24 September - 26 September*

**Lecture 1: Semiconductor quantum dots and double quantum dots**

Lecture 2: Semiconductor spin qubits

Lecture 3: Hybrid quantum systems

**Lecture 1: Semiconductor quantum dots and double quantum dots**

Lecture 2: Semiconductor spin qubits

Lecture 3: Hybrid quantum systems

Lecture 2: Semiconductor spin qubits

Lecture 3: Hybrid quantum systems

### Ana Predojevic, Stockholm University, Sweden (L)

*Participation period: 29 September - 3 October*

**Coherence and entanglement in quantum dot systems**

**Lecture 1 (Slides)**

Lecture 2 (Slides)

**Lecture 3 (Slides)**

**Coherence and entanglement in quantum dot systems**

**Lecture 1 (Slides)**

Lecture 2 (Slides)

Lecture 2 (Slides)

**Lecture 3 (Slides)**

### Jakob Reichel, ENS, France (L)

*Participation period: 26 September - 28 September*

**Many-body entanglement and quantum metrology with ultracold atoms**

**Many-body entanglement and quantum metrology with ultracold atoms**

### Irfan Siddiqi, UC Berkeley, USA (L)

*Participation period: 30 September - 2 October*

**Lecture 1: Superconducting Quantum Circuits: Amplifiers and Qubits (Slides)**

Lecture 2: Weak Measurement and Quantum Trajectories (Slides)

Lecture 3: Quantum Simulations (Slides)

**Lecture 1: Superconducting Quantum Circuits: Amplifiers and Qubits (Slides)**

Lecture 2: Weak Measurement and Quantum Trajectories (Slides)

Lecture 3: Quantum Simulations (Slides)

Lecture 2: Weak Measurement and Quantum Trajectories (Slides)

Lecture 3: Quantum Simulations (Slides)

### Hiroki Takahashi, Institute for Open and Transdisciplinary Research Initiatives, Japan (C)

*Participation period: 24 September - 3 October*

**Cavity QED with a single trapped ion **

**Cavity QED with a single trapped ion**

### Takashi Yamamoto, Osaka University, Japan (C)

*Participation period: 30 September - 2 October*

**Quantum repeaters with photons**

**Quantum repeaters with photons**

L: Lectures

C: Colloquium