Фізика

DC (GP-2_sem)

1 semester

Module1

1

LC 1. Introduction to the course.

Section 1. Physical basis of mechanics

2

LC 2 Elements of kinematics of particles. The dynamics of particles

3

LC 3 Dynamics of a solid

4

LC 4 Laws of conservation in classical mechanics

PL 1 1 Mechanics

Section 2 Fundamentals of Molecular Physics and Thermodynamics

5

LC 5 Fundamentals of Molecular Physics

6

LC 6 Fundamentals of Thermodynamics

PL 2 Thermodynamics

Test 1

Module 2

Section 3 Electromagnetism

7

LC 7 Electrostatics in vacuum

8

LC 8 Conductors and dielectrics in the electrostatic field

9

LC 9 Electric current

PL 3 Electricity

10

LC 10 Magnetostatics in a vacuum

11

LC 11 Magnetic field in matter

12

LC 12 Electromagnetic induction. Fundamentals of Maxwell's theory for an electromagnetic field

PL 4 Magnetism. Electromagnetism

Test 2

Module 3

Section 4 Physics of oscillations and waves

13

LC 13 Harmonic Oscillator

14

LC 14 Damped and forced oscillations

15

LC 15 Wave processes

16

PL 5 Oscillations and waves

2 semester

Section 5 Optics

1

LC 16 Interference light - 1

2

LC 17 Interference light - 2

3

LC 18 Diffraction of light - 1

4

LC 19 Diffraction of light - 2

5

LC 20 Spreading of light in matter

PL 6 Optics

Section 6  Fundamentals of  Modern  Physics

6

LC 21 Fundamentals of Relativistic Mechanics

LC 22 Elements of quantum optics

7

LC 23 Fundamentals of non-reliant quantum mechanics - 1

8

LC 24 Fundamentals of non-reliant quantum mechanics - 2

9

LC 25 Atom

PL 7 Quantum mechanics

10

LC 26 Elements of statistical physics

11

LC 27 Crystals. The concept of the zone theory of solids

12

LC 28 Electroconductivity of a substance - 1

13

LC 28 Electroconductivity of a substance - 2

PL 8 Solid State Physics

14

LC  29 Atomic nucleus - 1

15

LC 30 Atomic nucleus - 2

PL 9 Atomic nucleus

16

LC 31 Closing lecture. The modern physical picture of the world

Test 3