Conducted in
terms:
2022, 2023, 2024
Erasmus code: 13.2
ECTS credits:
8
Language:
Polish
Organized by:
Faculty of Physics
Atomic and Molecular Physics 390-FS2-2FAC
- The hydrogen atom without spin
- The interaction of Hydrogen atom with radiation
- Einstein’s coefficients
- The transition probability
- Selection rules
- Selected problems of spectroscopy
- Types of line spectra
- Line broadening and shift
- Lasers
- Hydrogen atom with spin – fine structure
- Experimental facts suggesting spin existence
- Spin and the Pauli equation
- Spin-orbit interaction
- The fine structure of Hydrogen
- Another relativistic corrections of the same order
- The lamb shift
- Helium atom
- Many body Schrodinger equation and wave function
- The ground state of helium
- Excited states of helium
- Multi-electron atoms
- Hartree and Hartree-Fock approximation
- The central-field approximation
- Shell structure and the periodic table
- Explanation of the Hund’s rules
- Fine structure in the LS-coupling scheme
- The jj-coupling scheme
- Thomas-Fermi approximation
- Density functional theory
- Interaction with constant electric and magnetic fields
- Zeeman effect of a weak field
- Zeeman effect of a strong field
- Stark effect, linear Stark effect
- Hyperfine structure
- Hyperfine structure for s-electrons
- Hyperfine structure for non zero l
- Zeeman effect and hyperfine structure
- Isotope shift
- Mass effects
- Volume shifts
- Elements of molecular physics and the chemical bonds
- The separation of the motion of atomic nuclei and electrons
- The adiabatic approximation
- The Born-Oppenheimer approximation
- Diatomic molecule – nuclei motion
- Molecular orbital theory – H2+ ion
- Valence bond theory – H2 molecule
- Van der Waals force
Type of course
(in Polish) kierunkowe
obligatory courses
obligatory courses
Mode
(in Polish) w sali
Requirements
Prerequisites
Prerequisites (description)
Course coordinators
Bibliography
- Elementary Atomic Structure - G. K. Woodgate
- Quantum Mechanics - A. S. Dawydow
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: