Fizyka; przedmioty prowadzone w języku angielskim (grupa przedmiotów zdefiniowana przez Wydział Fizyki)

• Proseminarium - 30 godzin

• Seminarium - 30 godzin

This class aims to improve on communication skills of attending students (in English) and to keep students up-to-date with current research in astrophysics. Students will also have a chance to learn about modern ways of conducting astrophysics studies and gain useful skills, including observing proposals writing and grant applications.

• Wykład - 30 godzin

Lecture 1 and 2. Bose-Einstein condensation in atomic systems - the dream and discovery.

Lecture 3. Solid state systems - introduction

Lecture 4. Quasiparticles.

Lecture 5. More complex quasiparticles.

Lecture 6. Exciton-polaritons.

Lecture 7. Bose-Einstein condensation of exciton-polaritons.

Lecture 8. Bose-Einstein condensation of exciton-polaritons - details.

Lecture 9. Superfluidity of exciton-polaritons.

Lecture 10. Full and half vortices - stationary.

Lecture 11. Vortices - propagating in the wake of an obstacle.

Lecture 12. BEC of pure excitons.

Lecture 13. Magnons.

Lecture 14. Overview and list of take home messages. Mind map of the subjects discussed during the lecture.

Lecture 15. Exam oral or written report.

• Ćwiczenia - 60 godzin

• Ćwiczenia - 30 godzin
• Wykład - 30 godzin

• Ćwiczenia - 60 godzin
• Wykład - 45 godzin

Elektrodynamika. Przedmiot wykładany jest w języku angielskim.

Znajomość klasycznej elektrodynamiki jest niezbędna dla zrozumienia kwantowej teorii oddziaływań fundamentalnych a także większości zjawisk znanych z codziennego doświadczenia.

Metody rachunkowe elektrodynamiki są uniwersalne i znajdują zastosowanie we wszystkich dziedzinach fizyki.

• Wykład - 30 godzin

This lecture aims at familiarizing students with the known ill-posed problems in atmospheric physics. After attending to the lecture students will be able to make use of the existing current literature in the field of ill-posed problems in atmospheric physics, as well as she/he will be able to apply that knowledge in practice for a number of numerical solutions to the problem.

This lecture is taught in English only.

• Ćwiczenia - 30 godzin
• Wykład - 45 godzin

1. Introduction – semiconductor heterostructures

2. Nanotechnology

3. Quantum wells (1)

4. Quantum wells (2)

5. Quantum dots, Quantum wells in 1D, 2D and 3D

6. Optical transitions in nanostructures

7. Work on the article about quantum dots

8. Carriers in heterostructures

9. Tunneling transport

10. Quantized conductance

11. Work on the article about the tunneling or conductance

12. Electric field in low-dimensional systems

13. Magnetic field in low-dimensional systems

14. Electric and magnetic fields in low-dimensional systems

15. Revision

• Wykład - 30 godzin

In the course the fundaments of various nuclear physics techniques that can be applied to the study of manufacts wil be reviewed.

• Laboratorium - 100 godzin

• Laboratorium - 100 godzin

• Proseminarium - 30 godzin

• Ćwiczenia - 30 godzin
• Wykład - 30 godzin

This course is an introduction to quantum field theory in curve space-times. It will cover such topics like problem of vacuum, particle creation in the expanding universe, observation of the thermal bath of particles by an accelerating observer (Unruh effect), particle creation by a black hole (Hawking radiation), anomaly of the stress energy tensor etc. It covers mainly free theory.

• Seminarium - 30 godzin

• Seminarium - 30 godzin

Seminarium "Ścisle rezultaty teorii kwantow i grawitacji". Przedmiot prowadzony jest po angielsku.

• Ćwiczenia - 45 godzin
• Wykład - 45 godzin

The course comprises two parts. The first part focuses on the theory of classical systems undergoing phase transitions. The second part is devoted to the equilibrium quantum many-body problem.