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

Who is Henok?

I'm an 20 years old with a head full of ideas and a heart full of curiosity. I've always been fascinated by how things work, and my journey has taken me from the world of hacking to the mysteries of physics and the beauty of math.

I started tinkering with hacking when I was just 13. But then the pandemic hit, and everything shifted. I found myself drawn to the vastness of the universe and the elegant language of physics and math. The lockdown gave me time to reflect on myself, and I discovered a passion for philosophy, too. That period really shaped who I am today.

After a while, I went back to tech, but I'm a bit of a procrastinator. It wasn't until last year that I finally decided to go deep into coding. And let me tell you, I'm loving it! I'm making great progress and I can't wait to share my work with you soon. I'm planning to put my projects online on GitHub (soon to be signed-up) in the next few months.

Besides coding, I love reading books, playing games, and connecting with people online. Even though I'm pretty introverted, I enjoy having conversations with people online. I still love physics and math, and I'm working on combining that with my coding journey.

I'm a pretty determined person and I'm always working hard to achieve my goals. I can't wait to see what the future holds!


#Intro #Me

@EnochsRealm

Good morning🥱

Sorry folks, I was a little bit busy to post the next courses you need to take. I'm back now.
As you have guessed, the next course you should take is the electromagnetic theory (electrodynamics).

What is electrodynamics anyway?

Electrodynamics is the study of how electric and magnetic fields interact, a field brought to life by Maxwell's equations. These equations show that electricity and magnetism are deeply connected, revealing that light itself is an electromagnetic wave. This understanding has transformed our world, giving us the technology behind everything from the electricity in our homes to the fiber-optic cables that carry the internet.

We study mathematical methods, calculus, and linear algebra before electrodynamics because these tools are essential to grasping concepts like Maxwell's equations. Calculus helps us understand how fields change over time and space, while linear algebra deals with vectors and matrices, which describe how these fields behave. By mastering these math skills, we can unlock the secrets of light and other electromagnetic phenomena, applying them to innovate and power our modern world.

#Maxwell #Electromagnetism #Electrodynamics #Physics

@EnochsRealm

Introduction to electrodynamics by David Griffiths. Often referred to as the bible of electromagnetism🔥

#Griffiths #Electrodynamics #Physics #Books

@EnochsRealm

I honestly haven't came across an intro to electrodynamics book that can be compared to this, so that's all I have for electrodynamics :)

But wait, let's not rush, we have Zangwill and Jackson on a more advanced level but are written very neatly and they are an absolute masterpieces.

Modern electrodynamics by Andrew Zangwill.

#Zangwill #Electrodynamics #Books

@EnochsRealm

Classical electrodynamics by Jackson.
Its advanced and is more often used in Graduate classes.

#Jackson #Electrodynamics #Books

@EnochsRealm

Library dates?

Live, dont just exist.

To know somebody...