Introduction to the specialization "Physical Informatics"

Asquaintance of students with the basic physical phenomena and processes underlying the receipt, storage, processing and display of information and features of the formation and circulation of information flows in physics

Introduction to the specialization "Physical Informatics"

Asquaintance of students with the basic physical phenomena and processes underlying the receipt, storage, processing and display of information and features of the formation and circulation of information flows in physics

Transport phenomena in solid-phase materials of micro- and nanostructures

To give students knowledge about physical processes of charge and energy transfer in crystalline materials and low-dimensional systems (quantum dots, wires and superlattices)

Physical basis of information processes

Asquaintance of students with the basic physical phenomena and processes underlying the receipt, storage, processing and display of information and features of the formation and circulation of information flows in physics

Interaction of radiation with matter Part 1. Interaction of radiation with gas-phase and liquid-phase systems Part 2. Electronic processes in metals, semiconductors and dielectrics

To familiarize the student with the basic physical processes of interaction of electromagnetic radiation of the optical range, ionizing radiation with atomic, molecular and crystalline systems in gas liquid solid-phase media; show the relationship of spectral-energy transformations of radiation with molecular and crystal structure

Physical basis of radiation detection and diagnostics of materials

Giving knowledge about the physics of interaction of optical photons, high-energy radiation and particles with a solids, introducing in physical principles and means of studying the structure, composition and properties of solids, as well as instrument structures based on them

Interaction of radiation with matter Part 1. Interaction of radiation with gas-phase and liquid-phase systems Part 2. Electronic processes in metals, semiconductors and dielectrics

To familiarize the student with the basic physical processes of interaction of electromagnetic radiation of the optical range, ionizing radiation with atomic, molecular and crystalline systems in gas liquid solid-phase media; show the relationship of spectral-energy transformations of radiation with molecular and crystal structure

Physical basis of radiation detection and diagnostics of materials

Giving knowledge about the physics of interaction of optical photons, high-energy radiation and particles with a solids, introducing in physical principles and means of studying the structure, composition and properties of solids, as well as instrument structures based on them

Physical basis of information processes

Asquaintance of students with the basic physical phenomena and processes underlying the receipt, storage, processing and display of information and features of the formation and circulation of information flows in physics