Glass is a kind of liquid that has infinite viscosity (theoretically speaking). That means its realyyyy slowly moving. If you could go to infinite time and you went to your home’s window they would’ve « poured »

I'm at a point where I don’t know which direction to take because I’m equally drawn to particle physics, condensed matter physics, and astrophysics. Each fascinates me in its own way.

Particle physics excites me because it explores the smallest pieces of the universe, like quarks and forces, and tackles big questions about what everything is made of.

Condensed matter physics interests me because it connects quantum mechanics to the real world, explaining materials like superconductors and unlocking new technologies.

Astrophysics amazes me because it looks at the universe on the biggest scale, dealing with things like the Big Bang, time travel, and multiverses.

Each of these fields feels like a way to uncover the mysteries of the universe, which makes it hard to choose just one.

Physics of the small
Physics of stuffs
Physics of the big

Respectively.

In my general physics studies, I’ve had the chance to explore concepts like quantum mechanics, relativity, and the properties of materials. These glimpses into modern physics gave me a deeper appreciation for how interconnected and fascinating these fields are, making the choices harder.

Particles in the standard model.

This is deep if you think about it. Today I learned to not argue with a fool. You will look stupid frrr🤯

I'm back! I wanted to apologize for being unavailable recently. I was occupied with final exams, which I completed on Friday. I'm now ready to resume our content and excited to get started again😇

Happy birthday to the greatest player of all time🐐

Book review: Fahrenheit 451

Ray Bradbury’s Fahrenheit 451 is one of those books that sticks with you long after you turn the last page. It’s a classic dystopian novel that explores a future where books are banned, and "firemen" don’t put out fires—they burn books instead.

The story follows Montag, a fireman who starts questioning everything he’s been taught after meeting a free-spirited girl named Clarisse. As he secretly starts reading the books he’s supposed to destroy, he realizes how much the world around him has lost—curiosity, deep thinking, and real human connection. What follows is a tense and thought-provoking journey of rebellion and self-discovery.

Bradbury’s writing is poetic and immersive, making even the simplest scenes feel vivid. The world he builds feels unsettlingly relevant, especially in an age of constant distractions and information overload. While the book was written in the 1950s, its warnings about censorship, media control, and the loss of independent thinking feel just as important today.

If you love stories that make you think and question the world around you, Fahrenheit 451 is definitely worth reading. It’s a short but powerful book that reminds us why stories—and the freedom to read them—matter.

Ten life lessons from differential equations:

— Some problems simply have no solution.

— Some problems have no simple solution.

— Some problems have many solutions.

— Determining that a solution exists may be half the work of finding it.

— Solutions that work well locally may blow up when extended too far.

— Boundary conditions are the hard part.

— Something that starts out as a good solution may become a very bad solution.

— You can fool yourself by constructing a solution where one doesn’t exist.

— Expand your possibilities to find a solution, then reduce them to see how good the solution is.

— You can sometimes do what sounds impossible by reframing your problem.