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Astronomy (1st level); Elective courses (course group defined by Faculty of Physics)

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Course group: Astronomy (1st level); Elective courses
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2024Z - Winter semester 2024/25
2024L - Summer semester 2024/25
2025Z - Winter semester 2025/26
(there could be semester, trimester or one-year classes)
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2024Z 2024L 2025Z
1100-3`An_IV n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

This is the fourth part (elective course) of the lectures on mathematical analysis addressed to the students more interested in theoretical physics or/and planning to study theoretical physics afterwards.

Course page
1100-2`TG2 n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

This course is intended to describe advanced topics in the theory of Lie groups and algebras and their applications. Students familiar with the material of the "Group theory I" course are invited, however the knowledge of that course is recommended but not required.

Course page
1100-4HaE n/a
Classes
Winter semester 2024/25
  • Classes - 45 hours
  • Lecture - 45 hours
Winter semester 2025/26
  • Classes - 45 hours
  • Lecture - 45 hours
Groups

Brief description

(in Polish) The theoretical framework known as hydrodynamics and elasticity provides a powerful and complete description of our world at macroscopic scales (i.e, at large scales and long times compared to the molecular scales). The macroscopic dynamics of a variety of complex systems, such as biological and soft materials, atmospheric clouds, and the crust of the Earth, poses a formidable challenge for theoretical modeling, in which knowledge of classical hydrodynamics and elasticity is a major prerequisite.

This course introduces the basic equations of hydrodynamics and elasticity and

methods of their solution.

• We discuss the physics of everyday phenomena

• We provide a uniform mathematical framework to describe flow and deformation

• We show numerous real-life applications and examples

Course page
1101-337 n/a n/a
Classes
Summer semester 2024/25
  • Lecture - 30 hours
Groups

Brief description

The course is focused on ideas and problems of contemporary particle physics.

Course page
1102-341 n/a
Classes
Winter semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Winter semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

First course on quantum mechanics supports tools for a theoretical description of one-particle quantum systems. Many important problems encountered in physics require understanding of quantum systems consisting of many particles, with strongly correlated constituents.

Course page
1100-3002 n/a
Classes
Winter semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Winter semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

The lectures are an introduction to nuclear and elementary particle physics.

Course page
1100-2`LFT n/a
Classes
Winter semester 2024/25
  • Lab - 30 hours
Winter semester 2025/26
  • Lab - 30 hours
Groups

Brief description

This course is devoted to scientific calculations carried out on the basis of original papers in theoretical physics. Sessions will take place in the computer lab and the participants will use the program Mathematica.

Course page
1100-2`PMK n/a n/a
Classes
Summer semester 2024/25
  • Lab - 45 hours
Groups

Brief description

The course places its emphasis to control devices with computers. It will incorporate the state-of-the-art microcontrollers' cores of AVR and ARM families. We will gear to the inte-gration of hardware modules to construct embedded systems, and the programming mod-els and characteristics of various input/output interfaces. High-level C/C++ languages will be chosen to meet computation, resource, and software development requirements.

Course page
1100-3`MNum n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

The course will be focused on basic numerical methods used in scientific computer aided computations.

Course page
1101-212 n/a n/a
Classes
Summer semester 2024/25
  • Lecture - 30 hours
Groups

Brief description

In this lecture I try to present problems that are actually investigated by physicist working on the field of solid state physics.

Course page
1100-2`FPK n/a
Classes
Winter semester 2024/25
  • Lecture - 30 hours
Winter semester 2025/26
  • Lecture - 30 hours
Groups

Brief description

Program

The goal of this lecture is to build in the student basic physical understanding of atmospheric phenomena which govern weather and climate,

Course page
1103-5Geo23 n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description
No brief description found, go to course home page to get more information.
Course page
1100-3`WZO n/a n/a
Classes
Summer semester 2024/25
  • Lecture - 30 hours
Groups

Brief description

The course presents an overview of topics in optics, starting from classical geometrical and wave optics formulation, through basic laser physics to contemporary nonlinear optics with its latest applications.

Hybrid lecture - several in-class meetings (some with demonstrations), and some accessed in the web for self-paced learning.

Course page
1100-2`NSTW n/a n/a
Classes
Summer semester 2024/25
  • Lecture - 60 hours
Groups

Brief description

The most important and the most interesting aspects of Special Relativity.

Course page
1100-2-3_PW
Classes
Winter semester 2024/25
  • Placement - 80 hours
Summer semester 2024/25
  • Placement - 80 hours
Winter semester 2025/26
  • Placement - 80 hours
Groups

Brief description

The aim of the professional trainings is encouragement of the students to a contact with a market and facilitating choice of their future professional carrier.

Course page
ul. Banacha 2
02-097 Warszawa
tel: +48 22 55 44 214 https://www.mimuw.edu.pl/
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