Structure of Matter: Atoms, Molecules, Nanomaterials. Part 1

The course systematically reveals the relationship between the electronic structure of atoms and molecules, the periodic law of D.I. Mendeleev and the properties of substances and materials in various states of aggregation, modern achievements in the creation of various functional materials with desired properties, the foundations of the digital economy in the field of chemical sciences are considered.

1. 1.1 "Models in Chemistry". 1.2 "Ancient Greeks About the Structure of Matter. Elements. Atomic Theory". 1.3 "Middle Ages. Pneumatic Chemistry. Chemical Element". 1.4 "Systematization of Elements. Periodic Law". 1.5 "Basics of Atomic Molecular Theory. Equivalent". 1.6 "Gas Laws". 1.7 "Laws of Atomic Molecular Theory".  2. 2.1 "Spectral Methods". 2.2 "Discovery of Electron". 2.3 "X-Rays. Radioactivity". 2.4 "Isotopes". 2.5 "Atomic Models. Bohr Theory". 2.6 "Bohr-Sommerfeld Theory. Quantum Numbers".  3. 3.1 "Wave-particle Duality". 3.2 "One Electron Atom". 3.3 "Radial Component of Wavefunction". 3.4 "Angular Component of Wavefunction". 3.5 "Many Electron Atom". 3.6 "Electronic Configurations of Atoms and Ions". 3.7 "Characteristics of Atoms". 3.8 "Kainosymmetric Orbitals". 3.9 "Trends in Properties of Elements in the Periodic System"