Hey you! yes you?

Have you ever wondered where you can find a channel filled with fascinating videos, captivating pictures, melodic tunes, thrilling books, blockbuster movies, and hilarious memes??

Well, you've come to the right place! Join us on this channel and embark on a journey of discovery and entertainment ?? #JoinUs #DiscoverMore

Breaking News
?For all astronomy and Science lover. We have a great news for you guys?!
--Join to get very interesting Astronomy and Physics exploration??!

This channel is filled with some of the most interesting and geeky content online. With a huge engaging community of incredibly smart people from tons of different fields and life styles, it has quality content posted regularly. ?

It has tech, science, spirituality, health, experiments, space, literature, art and so much more!!! ?

I also share personal stuff, events and projects I've done. I also showcase what my community built & more. It's a place to learn and grow. ?

So join us @Dagmawi_Babi ?

Hey you! yes you?

Have you ever wondered where you can find a channel filled with fascinating videos, captivating pictures, melodic tunes, thrilling books, blockbuster movies, and hilarious memes??

Well, you've come to the right place! Join us on this channel and embark on a journey of discovery and entertainment ?? #JoinUs #DiscoverMore

⭕️Welcome to our channel ??
⭕️join our telegeram and share it with your friends
The perfect gifts for the perfect occasions for your loved ones.??❤️

For more info call ??
+251991424206
@Yon_420
https://t.me/kuraz_gifts

Telegram

KURAZ GIFTS

***⭕️***Welcome to our channel ***🙏******💖*** ***⭕️***join our telegeram and share it with your friends The perfect gifts for the perfect occasions for your loved ones.***🫶🏽******❤️*** For more info call ***👇🏽*** +251991424206 @Yon\_420

Bound & free at the same time - Asymptotic freedom !David Gross, David Politzer and Frank Wilczek shared the Nobel prize in 2004 for the discovery of asymptotic freedom in the theory of the strong interaction.

Poisson's equation relates "the Laplacian of the potential to the local charge density." If a potential function obeys Poisson’s equation and satisfies the known boundary conditions it is the only solution to a problem : uniqueness theorem.Poisson's equation is an elliptic partial differential equation. Solving Poisson's equation for the "potential" requires knowing the charge density distribution. If the charge density is zero, then Laplace's equation results. If the charge density follows a Boltzmann distribution, then the Poisson–Boltzmann equation results. Some technique for guessing (and then verifying) the solution to Poisson’s equation are The Method of Images, Separation of variables & Green's function.In layman's terms, we can use Poisson's equation to describe the static electricity of an object. The entire subject of electrostatics from a mathematical point of view, is merely a study of the solutions of the Poisson's equation. ✨

Join and share!
#equations @SCI_TECH0

https://youtu.be/S6Q2Da2Ku8E

YouTube

6 Books to Self-Teach Electromagnetic Physics

Electromagnetic physics is the most important discipline to understand for electrical engineering students. Sadly, most universities do not teach this subject properly, and students have to learn it themselves. This video will show you how you can teach yourself…

Darwin on Natural selection.

@SCI_TECH0