Attempt to use Grok Build to visualize some physics concepts for education. Prompt: "I want you to explain Navier-Stokes equations and how it relates to airfoil design. visualize this with math-manim tool"

I asked Grok to inspect Math-To-Manim: It imported and inspected the repository and learned how to use it without much problem. Then whenever I asked Grok to exercise math-manim skill it would remember.

“The @xai is shifting away from using common internet metrics, which are not a real indicator of usefulness, toward having expert tutors in each domain such as Engineering, Medicine and Law or whatever the case may be. The actual evaluation is whether the expert in that arena or our group of human experts in that arena agrees that ‘GROK ’ is genuinely useful and that the results are correct. That’s the only evaluation that really matters.” — Elon Musk

The future of education might just be AI making impossible topics look understandable

💯

Nuts.

Trying to build some visualization for my kid physics lessons. Hard to find good ones.

The graphics are fantastic. Any physical models to complement them? Folded paper airplanes or a quick 3D-printed airfoil (balsa wood optional) or even flying a basic kite would let them feel the lift and angle-of-attack in real life. [Thanks to Grok for assistance in composing and reviewing reply]

@RyanTanaka Grok wrote the Python script and fed it to Python. I checked the pressure field region code; it was doing its best due to the sampling resolution without running full simulations.

Finally.... Grok is finally doing this. What about a NotebookLM equivalent? That's what I really want.

Started building my own Grok autonomous coding agent cause I was impatient with progress to make a good project building agent. Started that day before GROK CLI came out

Just Grok it

Not that good. Streamlines do not kink like that and the wing is clearly at a negative angle of attack. Also, the drag and lift are the result of both pressure and friction on the wing surface.

This is a better benchmark than asking it to make another todo app. If an agent can teach fluid dynamics clearly, that says a lot more about its usefulness.

this requires one fundamentally understands the theory and can critically assess the AI output . because AI will pretend to give accurate stuff and careful inspection quickly covers it is simply garbage

Using Grok Build to generate Manim code for fluid dynamics is a great stress test for its mathematical and spatial reasoning. Getting an LLM to accurately render vector fields and fluid flow around a boundary layer is no small feat excited to see how clean the generated code and final animation turn out!

(1/2) The moment AI can instantly generate high-quality animated explanations for complex math and physics… education stops being limited by whether someone had access to a great teacher. That could completely change how humans learn difficult subjects.

Grok Build turning Navier-Stokes into visuals could make fluid dynamics finally click, education meets code-powered clarity.

The stream lines look completely wrong, grokbhas a lot to lern there still. Also the pressure profile does look very different. So nice try, but it's just wrong

Grok Build pushing physics education to the next level 🚀 Visualizing complex concepts like Navier-Stokes makes learning far more engaging.

Navier-Stokes visualized with AI in seconds. The same math that shapes airfoils is what makes a car cut through air at full speed 🏎️🔥

Esqueceu de colocar o meio de propagação do objeto se é no ar, água, líquido de ferro derretido ou em uma explosão nuclear??? Rsrsrs mas foi boa a matemática feita pra iniciar os movimentos dos motoristas elétricos

LFGrok 🌍♥️

👏🏻

“If this works well, it could be a game changer for physics education.” Visualizing fluid dynamics like this is exactly what students need.

with visualizations generated via code (simulating what a math animation tool like Manim would illustrate).What are the Navier-Stokes Equations?The Navier-Stokes equations are the fundamental mathematical descriptions of how fluids (like air or water) move. They come from applying Newton's laws to fluids:

Grok still has much to learn if you ask me. But that's why it's AI anyways

Iffcouc

Negative angle of attack; strong dive or even negative stall. You need little help from SpaceXAi.

AI makes educational visual work way more efficient. Practical content like this owns steady audience and real long term value.

Are there plans to help Grok Imagine understand physics and the real world better, perhaps by training it with the new 1.5T model? Even simple scenes with SuperGrok Heavy struggle like popping toast up in a toaster, or a baseball game explaining the direction and trajectory of the baseball as it sails over the plate and the batter hits the ball, players in standard positions on the field, etc.

Pretty wild. Is this interactive?

This will explode on dex $MTM 4PGbuYjxPwdt1oFPTePmLeUN9VfRERNE4dLUDRjTpump

Bigger impact 💪

@3blue1brown is a 🐐

Help me

I just want to learn everything

Can you explain?

J