I'm a big fan of reggae music, especially Eyob's and Haile Root's🫠

It is my first time posting non-english contents but why not, I have many Ethiopians here🤗

Along the books, you can use video courses as a supplementary resource. The following are the best videos I have came across so far.

Classical mechanics by Prof. Walter Lewin
Electricity and magnetism by Prof. Walter Lewin
Vibrations and waves by Prof. Walter Lewin

Tbh these are not just courses, they are gems for anyone who wants to know the secrets of the universe and the world around us.

Another one most people would recommend is:

Classical mechanics by Prof. Leonard Susskind

#WalterLewin #YT #Videos #Susskind #ClassicalMechanics

@EnochsRealm

Here are the most known and praised playlist on Linear algebra and calculus. They wont teach you everything but you will get a deep overview of what they are and how we use them.

The essence of calculus by 3blue1brown
The essence of linear algebra by 3blue1brown

#Calculus #LinearAlgebra #Math #3blue1brown

@EnochsRealm

Now, we have done the preliminaries, general physics and classical mechanics. The ideal step to take now is studying mathematical methods of physics before beginning to deal with electrodynamics and quantum mechanics because their math is somewhat a kind of very specialized. Dont worry there are some cool books prepared for that.

Mathematical methods are essential in higher level physics because they provide the advanced tools needed to solve complex problems that go beyond what basic calculus and linear algebra can handle. As you progress in physics, you'll encounter more intricate challenges, like partial differential equations in quantum mechanics or electromagnetism, where the standard methods fall short. Concepts like vector calculus, complex analysis, and tensor analysis become crucial for understanding fields, waves, and spacetime. Additionally, techniques like Fourier analysis help analyze functions in different domains, and special functions like Bessel functions or Legendre polynomials often appear in solutions to these advanced equations. These mathematical methods are indispensable for modeling and solving the complex systems that define higher level physics.

#MathematicalMethods #Math

@EnochsRealm

Mathematical methods for the physical sciences by Mary L. Boas third edition.

#MathematicalMethods #Math #Boas

@EnochsRealm

Mathematical Methods for Physicists : A Comprehensive Guide by Arfken, Weber, Harris - 7th edition (2012).

#MathematicalMethods #Math #Arfken

@EnochsRealm

This is relatively advanced and you may not want to go for it.

The Many-Worlds Interpretation: Infinite Parallel Universes

The many worlds Interpretation of quantum mechanics suggests that every quantum event spawns a new universe, leading to a multiverse where all possible outcomes of a quantum event actually occur, each in its own parallel universe. This interpretation was proposed as a way to avoid the concept of wave function collapse in quantum mechanics, instead of allowing all possible outcomes to exist simultaneously.

If the many worlds Interpretation is correct, it would mean that every decision we make creates a new universe, with an infinite number of parallel realities branching off from every quantum event. This idea raises profound philosophical questions about the nature of reality, free will, and the existence of alternate versions of ourselves. Are there infinite copies of us living out different lives in parallel universes? The many worlds Interpretation challenges our understanding of reality and opens up new avenues of exploration in both physics and philosophy.

#Day9 #CosmicQuest #Multiverse #Manyworlds

@EnochsRealm