Fundamentals of quantum physics

For students of

7-11

grades

This course is aimed at a deeper study of physical science for all age categories of children, expanding their worldview based on the latest discoveries and achievements in the field of world science and technology, encouraging children to work independently in studying the programmatic issues of the school course in physics and astronomy, as well as those that go far beyond the school curriculum. To achieve this goal, conversations, videos, testing, and other methods are used. At the same time, children are active participants in debates, discussions, and round tables. They independently prepare reports, abstracts and messages on issues of interest to them; work with sources; learn competent and correct language of communication; train to express and defend their ideas and opinions. The choice of topics, group work and personal reports is based on individual and age-specific characteristics, interest and interests of children and has the ultimate goal of making children interested in the pursuit of knowledge and understanding of themselves and the world around them.

Програма курсу

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Fundamentals of quantum physics from the website of the international online school of comprehensive development 'Children of the Future'

Course program

Introduction: Physics as the Science of Nature

Explaining physics as a science that studies the fundamental laws of nature, motion, structure of matter, force, and polar interactions, as well as research methods.
Providing examples of scientists who have made a fundamental contribution to the development of physical science.
Explaining the structure of the developmental course, its objectives, and tasks.

Theme 1. Geography of the Cosmos

Order and randomness in the creation of the universe.
Earth and its place in the Universe.
"The Urantia Book" and its description of the Universe's structure.
Digital comparative characteristics.
Redshift.
Microcosm and macrocosm.
Gravitation.

Theme 2. Planet Earth

Formation of the solar system.
The origin of planet Earth.
Water as the source of life.
Earth's structure.
Atmosphere, magnetic field.
Earth and the Moon.
Earth as a single organism.
Continents and civilizations.
Hyperborea.

Theme 3. Structure of Matter

Substance, molecules, and atoms.
Mendeleev's Periodic Table.
Elementary particles.
Quantum numbers.
Ultimatons and electrons.
Strong and weak interactions.
Gravitational interaction.
Dark matter.

Theme 4. Wave, Light, Energy, Field

Wave and its characteristics.
Manifestation of wave energy.
Electromagnetic wave spectrum.
Physical energies.
Nikola Tesla, a scientist ahead of his time.
Ether. Torsion fields.
Light and its duality.
Wave and corpuscular theories of light.
"Hot" and "cold" luminescence.
Luminescence.
Spectra.
Duality of the world.
Louis de Broglie's hypothesis.

Theme 5. Parallel Worlds

Multiverse concept.
Scientific hypotheses about parallel worlds by Stephen Hawking, Max Tegmark, Brian Greene, and others.
Academician Nikolai Levashov on parallel worlds.
Time portals.
Anomalous zones.
Elements of sacred geometry.
Sacred symbols.
Swastika.

Course objective:

To reveal the main aspects of physics and natural science, to promote understanding of the structure of the universe, the structure of matter and physical laws, and to reveal the relationship between different aspects of physical science and their impact on our reality.

Full program