MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 31 lectures (6h 44m) | Size: 2 GB
Quantum Physics, Mechanics, String Theory, Quantum Spin, Wave/particle duality & Superposition!
What you'll learn:
The basics: Experiments that motivated quantum mechanics as well as the theoretical concepts behind it.
Master properties of the mechanics of Quantum Physics .
Go through Quanta, Quantum Theory and Relativity.
Master Quantum Leap
Covers Quantum fluctuations
Concepts of photoelectrons and the photoelectric effect
Quantum Spin and Bohr's model
Advanced topics beyond university courses: Quantum computing and relativistic quantum mechanics.
Be able to grasp famous quantum mechanical paradoxes such as Schrodinger's cat and tunnelling.
Apply knowledge of quantum mechanics to predict and explain physical phenomena.
Gain an understanding of the fundamental concepts within quantum physics.
Develop the mathematical skills required to appreciate high-level physics.
Requirements
Only basic mathematical fluency required.
All required methods are taught within the course.
Description
The only course you will ever need for quantum mechanics.
This course is developed with the help of some very good quantum quantum physicist.
All the information is delivered short and crisp but in depth.
This course will help you gain a greater understanding of the world around us, and will help you prepare for more advanced Quantum Physics courses. We will use a lot of basic analogies to understand a high level topic in a way which anyone can understand. This course has almost no math, and teaches you important conceptual concepts rather than plugging and solving!
In this course we will go over
Quantum mechanics
Quantum gravity
Heisenberg Uncertainty principle
Wave/particle duality
Superposition
Quantum fluctuations
Quantum Leap
The Thermodynamic Arrow of Time
How to calculate a photon's energy and Photoelectric Effect
The concept of Absolute time(Is there such a thing?)/ Frame of Reference
Newton versus Maxwell Debate(Einstein's conclusion of an inconsistency)
General relativity
Quantum Theory and Relativity
String Theory and Wormholes!
Quantum Spin and Bohr's model
Have you ever wanted to dive into the world of Einstein, and get a greater understanding of Quantum Physics? Have you ever wondered about wormholes and maybe even white holes? Perhaps learn about general relativity?
By the end of this course you will be able to understand the most famous Quantum Physics concepts, and impress your professors and friends with your knowledge. Choose this course if you want to be ahead of the game, and enjoy the magical world of Quantum Physics. Joining this course will inspire you and change the way you think about ordinary things.
This course draws from several sources, especially from the 1935 text by Pauling and Wilson, Introduction to Quantum Mechanics, reprinted by Dover Publications,1985, ISBN 978-0-486-64871-2; Cohen-Tannoudji, Diu and Laloe, Quantum Mechanics, Wiley, 1977, ISBN 0-471-16432-1; and I. N. Levine, Quantum Chemistry, 7th ed., Pearson, 2013, ISBN 978-0321803450.
Who this course is for
This course is suitable for anyone interested in gaining an understanding of quantum physics, a theory that has had geniuses scratching their heads for almost 100 years, and for those who are interested in discovering how mathematics can be used to model nature.
Beginner: Everyone who wants to know how the quantum world works and is not too affraid of the mathematics.
Programmer and engineers working on quantum computing: Here you will learn the theory behind quantum physics.
Advanced: Science students who want to refresh their quantum mechanics course and want to know what comes next.
Ambitious students who are ready to dive into the world of Quantum Physics and excel at future Quantum courses!
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