Jorge

Fractal creator.
No grok or other ai's used, just 3dfractals.

[Jorge @batjorge__]

Fractal done with Mandelbulber 2.34. JosLeys-Kleinian formula

[Jorge @batjorge__]

Matrix hack
3Dfractal done with Mandelbulber

[Jorge @batjorge__]

Time Fields

Fractal renders done with Mandelbulber.

[Jorge @batjorge__]

2nm journey

Some more colorful explorations with Koch V5 formula.
Mandelbulber 2.34. Koch V5, T>Mandalay Fold V2.

[Jorge @batjorge__]

Industrial model
Some 3dfractals done with Mandelbulber.

[Jorge @batjorge__]

@kali_shade @uctumiok Enhorabuena! 🥳😎

[Pablo 'Kali' Andrioli @kali_shade]

"Aenigma" 8kb intro got 1st place at Revision 2026!
Code by me, music by @uctumiok
#demoscene

[Jorge @batjorge__]

Genetics
Fractal work done with Mandelbulber 2.34. NonAI

[Ricardo Alves @ricardoalves]

Digital art has a visibility problem.

When the work is done, the journey disappears.

There's no studio covered in evidence. No brushes to clean. Just a file that opens every time, like nothing ever happened. But something did happen. Hundreds of hours or something.

I think those hours matter. I think watching someone move through doubt and into clarity is more valuable than just seeing the clarity. It teaches you that the mess is part of it.

I'll always be creating. That's the only promise I can make. Not that the work will be good. Not that it will land. Just that I'll keep showing up, keep building, keep sharing the road alongside the destination.

[Shadertoy @Shadertoy]

The new Shader of the Week is 'tm gyroid 2' by tubeman : https://t.co/LI8ze2qMbK

[Jorge @batjorge__]

@elonmusk @grok "Aurora model (autoregressive MoE trained on billions of examples"
You meant billions stolen examples from artists

[Jorge @batjorge__]

Traditional

A traditional Mandelbox combo.
Mandelbulber 2.34.

[Jorge @batjorge__]

Station 34
Una escena fractal hecho con Mandelbulber.

[Prof. Feynman @ProfFeynman]

Make critical thinking a foundational subject in education. Teach students how to think critically, analyze information, and discern fact from fiction using scientific methods, creating a more discerning and informed society.

[Jorge @batjorge__]

@YoheiNishitsuji Looks like a Mandelbox surface. Nice! 😀

[Yohei Nishitsuji @YoheiNishitsuji]

& being infinity

[Jorge @batjorge__]

Quantum Mechanics

Some fractal renders done using Mandelbulber 2.34.

[Jorge @batjorge__]

Beyond another world

Two long renders from the same scene. Non AI.
Mandelbulber 2.34. Amazing Surf -M3D formulae.

[vixhaℓ @TheVixhal]

Electron is everywhere until observed/measured is the worst myth in quantum mechanics, spread by so-called science YouTubers who oversimplify everything for clicks.

They make it sound like consciousness makes things come into reality. First of all, in Quantum Physics, "observed" does not mean some conscious being watching it.

In Quantum Physics, observed means interaction. Interaction with another particle like a photon, electron, or anything that exchanges energy or information.

Come back to our main topic.

The electron is not everywhere until observed or measured.

First we need to know, what actually is electron?

Electron is nothing but localised excitation in electron field at some location of space time fabric.

Electron is not a tiny ball.

Now you might think, what is the electron field?

Electron field is energy configuration at every location of space-time fabric (x, y, z, t).

x, y, z are Spatial dimensions
t is the Time dimension.

There are other fields also:
- Electromagnetic (EM) field
- Higgs field
- Many more

Photon is excitation in the EM field.
Mass arises due to excitation in the Higgs field.

The electron field itself is everywhere, but the excitation, that ripple which represents one electron, is not spread across the entire space-time fabric.

When we talk about where the electron might be, we don't talk about its location. We talk about its wave function.

Wave function is not something physical. It is a mathematical function that tells about the probability amplitude of finding the electron at each position if you were to check.

For example:
You visit three stores:
- Grocery store
- Medical store
- Electronics store

You come back home and realize you left your wallet in one of those stores but don't know which one.

You assign probability of finding the wallet to grocery, medical, and electronic stores.

We all know probability formula:
P = number of favorable outcomes / total outcomes

So P = 1/3 (33.3%)

You go to the electronics store and check the CCTV and find out this is not where you left your wallet.

Now probability of finding the wallet at the electronics store becomes 0.

And for the medical and grocery stores, it becomes 1/2 (50%) because the number of total outcomes decreased from 3 to 2.

Now you go to the medical store and find your wallet there. That means probability of finding your wallet at the medical store becomes 1 (100%) and for the grocery store it becomes 0, because there is no way you can find your wallet in two places at once.

That’s exactly how wavefunction collapse works.

Before measurement, the electron’s position is uncertain, it’s described by probabilities.

Once you measure it (meaning once it interacts with something), the probability at that point becomes 1, and everywhere else becomes 0.

You didn’t summon the electron into existence; You just forced the field excitation to reveal its position through interaction.

Electrons aren’t 'everywhere until observed', they’re localized excitations in a field. We just don’t know where until they interact.

No consciousness. No magic. Just physics.