A visual, bite-sized mini-lesson for elementary school kids that bridges the gap between counting and algebra.
Videos also available at:
Code available at https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Kids_Elementary_Multiplication_Using_Circle_Grids.ipynb
You might also like https://np.reddit.com/r/3Blue1Brown/s/syRS2ZK39H
This visualizes the reduction of control systems block diagrams into their equivalent transfer functions.
Videos also available at:
Instagram
Youtube
Github
Whatsapp
Tiktok
Code available at https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Control_Systems_Block_Diagram_Simplification.ipynb
You might also like https://np.reddit.com/r/3Blue1Brown/s/hK6CRW5aLe
This video demonstrates a high-fidelity 2D simulation of the Magnus effect by modelling the trajectories of spinning spheres falling through a fluid medium.
Videos also available at
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Bernoulli_Equations_Magnus_Effect.ipynb
You might also like https://np.reddit.com/r/3Blue1Brown/s/qxXGRIK2m2
The simulation focuses on the geometric nature of gravity, illustrating how mass distorts the fabric of spacetime and how accelerating masses generate ripples known as gravitational waves
More videos available on
Instagram
Youtube
Tiktok
Whatsapp
Github
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Gravitational_waves_3D_Space.ipynb
You might also like https://np.reddit.com/r/3Blue1Brown/s/jpzFVtaZrE
A video visualization of the Clebsch Diagonal Cubic Surface, a fundamental object in algebraic geometry (warm version)
More videos available on
Instagram
Youtube
Tiktok
Github
Whatsapp
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Clebsch_Diagonal_Cubic_Surface.ipynb
You might also like https://np.reddit.com/r/3Blue1Brown/s/injXPUHPaq
A video visualization of the Clebsch Diagonal Cubic Surface, a fundamental object in algebraic geometry (blueprint version)
More videos available on
Instagram
Youtube
Tiktok
Github
Whatsapp
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Clebsch_Diagonal_Cubic_Surface.ipynb
You might also like https://np.reddit.com/r/3Blue1Brown/s/injXPUHPaq
Spinors are special cases of traversal along the surface of toroidal geometries. Here's a video demonstration
Videos also available at
Instagram
For code click
https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Quantum_Toroids_and_Spinors.ipynb
A video featuring a high-fidelity physics simulation and visualization of the Restricted Three-Body Problem, specifically focusing on Lagrange Points within a rotating binary system.
More videos available on
The code for this specific video is on a promotional sale of $25.
This video visualization demonstrates how Alain's curve's topology transitions as the parameter 'a' changes.
More videos available on
If you liked this video, you might also be interested in this one.
Still on a quest to learn animation not great but I'm trying haha the aniamtion was 12fps on 2s
The song is fish in a birdcage
Came across this explanation while revising thermodynamics.
I liked that it focused on the intuition behind the equation instead of just asking you to memorize it.
It honestly made the concept click for me.
Curious what you guys think—does this explanation make sense, or is there a better way to understand it?
Visualization of graphs with high degrees of symmetry, specifically focusing on Regular and Strongly Regular graphs (Exhaustive list)
Videos also available at:
Code available at https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Small_Regular_Graphs.ipynb
You might also like this post.
A short video visualizing the Koch curve formation from a single horizontal line - with paper aesthetics.
More videos also available at:
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Koch_Curve_Animation.ipynb
Blaschke Quotient Flow – R(z,t) = ∏Bₐⱼ(t)(z) / ∏B_bₖ(t)(z)
inside the unit disk with domain colouring + animated roots/poles.
More videos available at:
Instagram
Tiktok
Youtube
Github Repository
Code available at Mathematical-video-animations-and-visualization/Unit_Disk_Blaschke_Quotient_Flow.ipynb at main · zombimann/Mathematical-video-animations-and-visualization
A video aimed at elementary / primary school students (or older) to help demonstrate or build intuition on the concept of number place values using (silly) exploding dots
Age-appropriate music included but versions with no audio can be found in the repository.
Code available at: Mathematical-video-animations-and-visualization/_Kids_Elementary_Number_Places_Visualization.ipynb at main · zombimann/Mathematical-video-animations-and-visualization
==================================================
I am currently requesting support from anyone who finds value in these videos
How to support?
instagram: craftsandengineering
tiktok: zoomzoombee
youtube: DesignsandSimulations
Github Repository: github.com/zombimann/Mathematical-video-animations-and-visualization
My GitHub Sponsors profile is live! You can sponsor me to support my open source work 💖 https://github.com/sponsors/zombimann?o=sd&sc=t
In this regard, I am also accepting commission. Would you like to have similar videos made for you? You'd fully in the driver's seat. I also have experience in Machine Learning, Numerical Computations, Software Engineering, CAD and FEA; Engineering RnD; and currently AI safety (Red teaming).
A video demonstrating how pure randomness, watched carefully, produces a fair price
Black-Scholes and Diffusion equations applied.
==================================================
I am currently requesting support from anyone who finds value in these videos
How to support?
instagram: craftsandengineering
tiktok: zoomzoombee
youtube.com: DesignsandSimulations/shorts
Github Repository: github.com/zombimann/Mathematical-video-animations-and-visualization
Being from a remote imperial outpost, I can only currently make transactions through MPESA (+254714103665) or Bank transactions (Please DM for more details).
In this regard, I am also accepting commission. Would you like to have similar videos made for you? You'd fully in the driver's seat. I also have experience in Machine Learning, Numerical Computations, Software Engineering, CAD and FEA; Engineering RnD; and currently AI safety (Red teaming).
Code available at https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Black_Scholes_Diffusion_Equation_particle_swarm.ipynb
A video animation that asks a deceptively simple question, "how far apart are two things?", and answers it nine different ways
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Distance_Metrics_diverse.ipynb
==================================================
I am currently requesting support from anyone who finds value in these videos
How to support?
instagram: craftsandengineering
tiktok: zoomzoombee
youtube: DesignsandSimulations
Github Repository: github.com/zombimann/Mathematical-video-animations-and-visualization
My GitHub Sponsors profile is live! You can sponsor me to support my open source work 💖 https://github.com/sponsors/zombimann?o=sd&sc=t
In this regard, I am also accepting commission. Would you like to have similar videos made for you? You'd fully in the driver's seat. I also have experience in Machine Learning, Numerical Computations, Software Engineering, CAD and FEA; Engineering RnD; and currently AI safety (Red teaming).
A numerical simulation and high-contrast vertical animation (9:16) of a ping-pong ball suspended in an air jet
For more videos visit:
craftsandengineering on Instagram
zoomzoombee on Tiktok, or
Designs and Simulations by MG on youtube
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Bernoulli_Equation_Pingpong_Ball.ipynb
Here's a numerical simulation and animation of fluid flow through a Venturi tube.
Videos also available on
----------------------------
tiktok : zoomzoombee
instagram : craftsandengineering
Youtube: Designs and Simulations by MG
For code click https://github.com/zombimann/Mathematical-video-animations-and-visualization/blob/main/Bernoulli_Equation_Venturi.ipynb