TOP Physics courses for beginners from scratch

Under every familiar invention there is a reliable foundation - physics. During the course we will try to understand how the principles of this science and almost the entire world around us work, and also how scientists from Newton to Einstein were able to explain all this.

The basic course allows you to study electronics terminology, basic circuits for connecting elements, current-voltage characteristics of elements and much more.

Course Objectives Learn QisKit - the most important tool in the arsenal of a quantum algorithm developer. Explore other features of the IBM Quantum Experience platform - Learn some new (and surprisingly useful) algorithms. Enjoy! Those who believe that theory is dead without practice - join us! Let's practice and save the hard-earned theoretical knowledge about the field of quantum computing from death!

The main goal of the course is to develop students’ skills in independent use of the modern apparatus of deformable mechanics solid body at all stages of scientific and practical activity, including the stages of problem formulation, selection of necessary theoretical and technical funds.

You will learn how the Universe, our Galaxy, Solar System and Earth came into being. Study space objects and phenomena. You will be able to observe celestial bodies and have conversations on new interesting topics.

The course introduces junior students to the features of performing laboratory work, conducting experiments in physical laboratories, the basics of processing and presenting measurement results using methods of mathematical statistics, taking into account the experience of the Department of General Physics NRNU MEPhI.

The main goal when mastering the discipline “Theory of Linear Waves” is to learn about how waves of different natures emit, propagate, and interact with the environment and with each other.

The proposed course studies static and transient modes in direct and sinusoidal alternating current circuits, as well as three-phase circuits and non-sinusoidal current circuits. The course contains video lectures accompanied by surveys on the current material, an electronic manual, interactive tasks and exercises. The course material is designed for ten weeks of training.