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Hundred Dimensions

@hundreddimensions0

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let's explore the universe.
⚛️ Physics & Math Animations
🔗 Code on GitHub ↓

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Look at a hydrogen atom in action!
Electrons smoothly dancing around the nucleus, creating a cloud of energy.
Who said science can’t be beautiful?
#HydrogenAtom #AtomicCloud #ElectronDance #PhysicsIsFun #ManimAnimation by @hundreddimensions0

Light isn’t just a wave… sometimes it behaves like a particle.
This animation shows the Compton Effect — when a high-energy photon collides with an electron and its wavelength changes after the interaction.
It’s not just a simple collision.
It’s powerful evidence that light carries momentum.
This is where classical physics fails… and quantum mechanics takes over.
If you want to see physics, not just memorize formulas — this one’s for you.
#Physics #QuantumMechanics #ComptonEffect #Photon #Electron by @hundreddimensions0

What if thermodynamics was something you could dream? Soon a video on YouTube.
#Thermodynamics #Physics #PhysicsExplained #PhysicsTok #Science by @hundreddimensions0

Ever wondered what temperature actually means at the atomic level? 🌡️

The answer is surprisingly simple: atoms never stop moving. As temperature increases, they vibrate more intensely around their fixed positions. That's exactly what this animation shows 🔵 cooler atoms vibrate less, while 🔴 hotter atoms vibrate more.

What topic should I animate next?

#Physics #PhysicsAnimation #ThermalVibrations #Temperature #AtomicPhysics by @hundreddimensions0

The Wave Equation isn't just a formula.it's the language of vibrations, sound, light, and the universe itself.

From a vibrating string to electromagnetic waves, one elegant equation explains them all.

Physics becomes beautiful when you can see it in motion.

Follow for more physics animations and visual explanations.

#Physics #WaveEquation #PhysicsAnimation #Manim #STEM by @hundreddimensions0

Energy never lies. Every current that enters a node must leave it.
That's Kirchhoff's Current Law.

∑Iᵢₙ = ∑Iₒᵤₜ

Conservation isn't a rule , it's a fact of nature.

#Physics #KCL #ElectricalEngineering #CircuitTheory #Kirchhoff by @hundreddimensions0

When a current-carrying conductor is placed inside a magnetic field, it experiences a force due to the interaction between moving charges and the field.

This simple relationship explains one of the most important working principles in electromagnetism the same idea that powers electric motors and countless modern devices.

It’s not just a formula. It’s the bridge between electricity and motion.

F = B I L sinθ describes how geometry, current, and magnetic field come together to produce mechanical force.

Small equation. Massive impact.

#physics #manim #electromagnetism #lorentzforce #electricity by @hundreddimensions0

The animation shows how a force applied on the board bends it and locally stretches or compresses parts of it. This visualizes volumetric strain (εᵥ = ΔV / V) in action.

#Physics #Engineering #STEM #ScienceExplained #PhysicsAnimation by @hundreddimensions0

A perfect absorber. A perfect emitter. No reflection. No escape. Just pure physics.

Blackbody Radiation where classical physics broke down and Planck changed everything.

#Physics #Blackbody #TheLightSeries #Manim #ScienceReels by @hundreddimensions0

Ever wondered how light can knock electrons out of a metal? Watch this animation as photons hit the metal surface and electrons get emitted, visualizing Einstein’s groundbreaking photoelectric effect.

🔹 Photon beam represented by a glowing ray → striking the metal.
🔹 Core glow shows the source of photons.
🔹 Triangle ray indicates the incident angle, making the effect look realistic.
🔹 Equation in action: Kmax=hν−ϕ – energy of emitted electrons depends on the light’s frequency (wavelength) and the metal’s work function.

Perfect for physics enthusiasts, students, and science lovers!

#Physics #PhotoelectricEffect #Photon #Electrons #QuantumPhysics by @hundreddimensions0

A particle just walked through a wall.

No, seriously.

This is Quantum Tunneling one of the strangest phenomena in physics. Classical mechanics says: if your energy is less than the barrier, you CANNOT pass. Game over.

But quantum mechanics? It says: hold on...

Every particle has a wave function ψ and that wave doesn't just stop at a wall. It leaks through. And if the barrier is thin enough, the particle appears on the other side.

The probability?

T = [1 + V₀²sinh²(κL) / 4E(V₀−E)]⁻¹

Notice how the particle dims inside the barrier that's the exponential decay of ψ. And how it emerges faint on the other side tunneled, but weakened.

This isn't sci-fi. Your USB drive uses this. The Sun uses this to fuse hydrogen. Your DNA mutates because of this.

Physics is weirder than fiction.

Follow for more physics animations

#QuantumMechanics #QuantumTunneling #Physics #PhysicsReels #ScienceExplained by @hundreddimensions0

Ever wondered what happens when you trap gas
and start squeezing?

Watch these particles — free, chaotic, bouncing
off every wall like they own the place.

Then the piston moves.

Slowly at first… then the walls close in.
The space shrinks. The collisions multiply.
The pressure builds.

This is Boyle's Law
one of nature's most elegant truths:

✦ Compress the volume, the pressure rises.
✦ Expand the space, the pressure falls.
Perfectly. Every time. No exceptions.

P₁V₁ = P₂V₂

A law written not in books,
but in every breath you take,
every tire on the road,
every syringe in a hospital.

Physics isn't just equations.
It's the universe whispering
how it works.

#BoylesLaw #Physics #ThermodynamicsExplained
#ScienceReels #LearnPhysics by @hundreddimensions0