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Physics: Courses

If the knowledge of physics you want to attain, then all 11 courses you must contest! For good the physics you can apply!
Course
Level 3 (for advanced students)

Advanced classical mechanics

Here you will learn the theoretical physics of classical mechanics, which has the goal of finding out the trajectory of a body.

    Course
    Level 2 (suitable for students)

    Fundamentals of optics

    Here you will learn the basics of geometrical and wave optics. With this you can describe the behavior of light of our everyday life.

      Course
      Level 3 (for advanced students)

      Fundamentals of special relativity

      Here you will learn the basics of special relativity, such as time dilation and length contraction, and how they are illustrated in spacetime diagrams.

        Course
        Level 2 (suitable for students)

        Fundamentals of classical mechanics

        Here you will learn the basic concepts of classical mechanics (energy, force, momentum...) and test your knowledge with exercises (+ solutions).

          Course
          Level 3 (for advanced students)

          Fundamentals of Quantum Mechanics II

          Free online course about quantum mechanics (theoretical physics). Here you learn for example what commutators, observables and bra-ket notation are.

            Course
            Level 2 (suitable for students)

            Fundamentals of Quantum Physics I

            Here you will learn the basics of quantum physics - that is, the quantization of nature in the world of atoms.

              Course
              Level 3 (for advanced students)

              Introduction to solid state physics

              Here you will learn the basics of solid state physics - that is, electrical / thermal transport in solid matter, its crystal structure and interactions.

                Course
                Level 2 (suitable for students)

                Electricity and magnetism

                Here you will learn the basics of electromagnetism. Interaction between electric charges and the effect of the magnetic field.