### Selected Courses

**Quantum Mechanics 1****Quantum Mechanics 2****Quantum Mechanics 3****Syllabus:**Quantum electrodynamics, Dirac and Klein-Gordon equations.

**Atom-photon Interactions****Syllabus:**Classical Atom-field Interaction; Classical Radiation with Quantum Matter Interaction; Quantization of the Electromagnetic Field; QED—Quantum Vacuum Effects; Statistical Properties of Photons; Cavity QED; Cooperative Effects between atoms.- English notes.
- Student presentations.

**Advanced Topics in Physics****Syllabus:**Stochastic Processes; Fluctuation-Dissipation Theorem (linear response, Fourier space); Onsager Reciprocity Relations; Generalization of FDT far from Equilibrium; Fluctuation Theorems; Quantum Statistical Mechanics.- English notes (partial).

### Future Courses

**History of Modern Physics**(2017–2018)**Syllabus:**Physics at the beginning of the 20th century—new paradigms: atomic perception, special and general relativity, quantum physics; The founding fathers: Boltzmann, Einstein, Planck and Bohr; The quantum world and new reality—applications and new developments: nuclear energy, elementary particles, astrophysics, laser, structure of matter.

### Guest Lectures

**Scientific Discoveries****Title:**Bose-Einstein Condensate or How to Freeze Atoms.- Video in Hebrew.