(in Polish) Przedmiot podstawowy II 280-FS3-2PPOD

Students participate in specialist classes in selected fields of physics. The specific scope of the material depends on the needs of doctoral students and may change from year to year.

Term 2022:

The wave equation, the method of separation of variables.
Hilbert spaces, orthonormal bases of functions.
Fourier series, Gibbs effect, Parseval's theorem.
Fourier transform and its properties.
Application of the residue theorem to the calculation of Fourier transforms.
Green's functions, distributions, Dirac delta.
Convolutions and their applications.
Discrete Fourier Transform (DFT), Fast Fourier Transform (FFT).
Basic information about wavelets.

Prerequisites (description)

The aim of the course is to introduce to the advanced knowledge of selected branches of physics

Course coordinators

Jan Cieśliński

Type of course

obligatory courses

Mode

General:

Blended learning

Term 2022:

(in Polish) w sali

Learning outcomes

Student:
1. Has extensive knowledge of selected branches of physics, knows
and understands basic theoretical concepts and mathematical models
selected systems and phenomena (K_W09).
2. Has knowledge of selected directions of research and problems of modern physics (K_W10).
3. Understands the fundamental importance of physics for technological, economic and civilization development (K_W01)
4. Understands the role of physical theory and abstract description of physical objects and physical phenomena in the field of selected issues of modern physics and its applications (K_W02)
5. Has extensive knowledge of selected branches of physics, knows and understands the basic theoretical concepts and mathematical models of selected phenomena (K_W05)
6. Can interpret the results of experiments based on theoretical knowledge (K_U05)
7. Can understand the methods of theoretical physics for quantitative and qualitative analysis of selected systems and physical phenomena (K_U09)
8. Understands the need to constantly deepen his knowledge and the need to provide the public with reliable, evidence-based knowledge in the field of physics and its applications (K_K02)

Assessment criteria

Exam

Bibliography

Adapted to the scope of the lecture in a given year.

Term 2022:

None

Additional information

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

Description of 280-FS3-2PPOD in USOSweb