Online courses from the Big Bang to Dark Energy.

Whether you are passionate about physics and your curiosity drives you to know how the world is going around you, or you always look towards the sky with wonder and wonder about the hidden phenomena of the universe, or you are a student looking for information that enhances your understanding and supports your scientific progress; You are in the right place, in our article we will present to you the most important courses offered remotely by experts and specialists in the field of physics and astronomy to help you, whatever your goal:

Chorus from the Big Bang to Dark Energy

A course offered by the University of Tokyo in English and can be translated into several other languages, with tests at the end of each semester that will help you test what you have learned.
This course discusses some amazing evidence and discoveries about how the universe evolved during the 13 billion years since the Big Bang, the fact that 80% of the matter in the universe is mysterious dark matter, and the fact that it made stars and galaxies newly formed after the Big Bang, seeking to understand how atoms escaped from Complete annihilation.

You will learn all this information and more in four tracks:

  • From Everyday Life to the Big Bang: Understanding the universe in which we live and discovering its details begins with simple experiences such as experiencing the night and day and their sequences and going through the four seasons. From these observations, you can begin a journey from the local Earth towards the edge of the universe and return to its birth and learn the techniques and results. This axis takes about 9 hours to complete. It contains 12 videos, 3 texts, and 14 short tests.
  • The Birth of the Elements and Higgs Boson: This topic talks about our formation from chemical elements, our origin, and where did we come from? Which leads us to another question, which is where did the elements come from?
    This is related to Higgs Boson, which is an important particle in answering this question that remained unclear for a long time until its discovery was announced in 2012, and this unit will present the results of recent research on these topics. This axis takes 7 hours to complete and contains 9 videos.
  • Dark matter and light matter: It is the most mysterious aspect of the universe. Dark matter played an important role in the formation of stars and galaxies, yet many of its properties are still unknown.
    On the other hand, in this axis, we will see how the beginning of the universe began with equal quantities of dark matter and light matter. This section, which takes about 7 hours to complete, contains 8 videos and 1 text with 11 short tests.
  • Inflation and Dark Energy: The universe expanded greatly in the beginning during the period of cosmic inflation, and recent studies indicated that the universe entered another phase of expansion, which is the result of dark energy, in this unit we will learn about inflation, dark energy, and the possible fates of this universe. This part, which takes about 7 hours to complete, contains 15 videos, 1 text, and 9 quizzes.

Astronomy: An Exploration of Time and Space

A course designed for anyone interested in knowledge about modern astronomy and offered by the University of Arizona in America, this course will help you obtain the latest astronomical discoveries while providing introductory level support for those without any background in science.
This course takes about 43 hours to complete, and you can get a certificate upon completion. It is also offered in English with translations available.
The axes of this course:

  • Astronomy: Exploring Time and space: It contains all the introductory information and the course curriculum.
  • Science and History: Science combines logic and evidence to increase our understanding of the surrounding world and remote and inaccessible areas of space and time.
  • The night sky: Astronomy is the oldest science, and its history shows an increasing awareness of our meager position in a vast and ancient universe.
    Astronomy Tools: The ongoing revolution in building and designing telescopes provides astronomers with a huge set of tools for discovering the universe.
  • Matter and radiation: Astronomers and physicists collect information across the electromagnetic spectrum. To measure the formation of distant objects and diagnose extreme physical conditions.
  • The Solar System: Space models have visited most of the planets of the solar system, and orbiting vehicles and rovers are heading towards livability on Mars, and space exploration is entering the entrepreneurship stage that allows us to venture outside the solar system.
  • Exoplanets: A large group of planets outside the solar system have been discovered in recent years, including the Earth-like and habitable planets.
  • Star birth and death: The stars are the crucible for the formation of heavy elements, and physical gravity is the ultimate victor in the story of any star, leaving behind the strange final states of white dwarves, neutron stars, and black holes.
  • Galaxies: The structure of the Milky Way galaxy is a disk and bulge with a whole group bound by dark principles. Each galaxy contains a supermassive black hole; So that a whole host of galaxies are formed by gravity into tiny structures on large scales.
    Cosmology: The expansion of the universe refers to an extraordinary state of extremely high density and temperature, called the Big Bang.
  • Life in the universe: Earth gives us a seat next to the arena of chemical, physical, geological, and biological evolution of a dynamic Earth planet.

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