Each point represents one eigenvalue from the spectrum of a random 5×5 matrix with entries from {-1,0,1}. Warmer colors show regions where eigenvalues cluster more densely.
#MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
#MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
May 3, 2025 at 9:36 PM
Each point represents one eigenvalue from the spectrum of a random 5×5 matrix with entries from {-1,0,1}. Warmer colors show regions where eigenvalues cluster more densely.
#MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
#MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Exploring the roots of 177,147 polynomials with coefficients in {-1, 0, 1}
Each dot represents a root of a degree-10 polynomial, w/ brightness revealing its frequency across all polynomials constrained to [-1.6, 1.6] × [-1.6, 1.6].
#p5js #MathArt #VisualMath #SciArt #CreativeCoding #Mathematics
Each dot represents a root of a degree-10 polynomial, w/ brightness revealing its frequency across all polynomials constrained to [-1.6, 1.6] × [-1.6, 1.6].
#p5js #MathArt #VisualMath #SciArt #CreativeCoding #Mathematics
May 16, 2025 at 10:08 PM
Exploring the roots of 177,147 polynomials with coefficients in {-1, 0, 1}
Each dot represents a root of a degree-10 polynomial, w/ brightness revealing its frequency across all polynomials constrained to [-1.6, 1.6] × [-1.6, 1.6].
#p5js #MathArt #VisualMath #SciArt #CreativeCoding #Mathematics
Each dot represents a root of a degree-10 polynomial, w/ brightness revealing its frequency across all polynomials constrained to [-1.6, 1.6] × [-1.6, 1.6].
#p5js #MathArt #VisualMath #SciArt #CreativeCoding #Mathematics
Procedural 3d world generation on android!!
#GodotEngine #Godot4 #GDScript #ProceduralGeneration #ProcGen #IndieDev #GameDev #MathIsBeautiful #CodeArt #CreativeCoding #ShaderArt #VisualMath #GenerativeArt #VoxelArt #GodotCommunity #MadeWithGodot #GodotDev #IndieGameDev #Screenshotsaturday #indietec
#GodotEngine #Godot4 #GDScript #ProceduralGeneration #ProcGen #IndieDev #GameDev #MathIsBeautiful #CodeArt #CreativeCoding #ShaderArt #VisualMath #GenerativeArt #VoxelArt #GodotCommunity #MadeWithGodot #GodotDev #IndieGameDev #Screenshotsaturday #indietec
June 23, 2026 at 4:16 PM
Procedural 3d world generation on android!!
#GodotEngine #Godot4 #GDScript #ProceduralGeneration #ProcGen #IndieDev #GameDev #MathIsBeautiful #CodeArt #CreativeCoding #ShaderArt #VisualMath #GenerativeArt #VoxelArt #GodotCommunity #MadeWithGodot #GodotDev #IndieGameDev #Screenshotsaturday #indietec
#GodotEngine #Godot4 #GDScript #ProceduralGeneration #ProcGen #IndieDev #GameDev #MathIsBeautiful #CodeArt #CreativeCoding #ShaderArt #VisualMath #GenerativeArt #VoxelArt #GodotCommunity #MadeWithGodot #GodotDev #IndieGameDev #Screenshotsaturday #indietec
This visualization shows all roots of quadratic polynomials (ax² + bx + c = 0) where coefficients |a|,|b|,|c| ≤ 100, plotted in the complex plane from -1.2-1.2i to 1.2+1.2i.
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
May 8, 2025 at 10:10 PM
This visualization shows all roots of quadratic polynomials (ax² + bx + c = 0) where coefficients |a|,|b|,|c| ≤ 100, plotted in the complex plane from -1.2-1.2i to 1.2+1.2i.
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
A density plot of Bohemian eigenvalues from 109.000 random 20×20 anti-tridiagonal matrices with entries in {-1,0,1}. Colors represent eigenvalue frequency; real eigenvalues are excluded. Viewed on [-2.5-2.5i, 2.5+2.5i].
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math #SciArt
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math #SciArt
May 5, 2025 at 9:48 PM
A density plot of Bohemian eigenvalues from 109.000 random 20×20 anti-tridiagonal matrices with entries in {-1,0,1}. Colors represent eigenvalue frequency; real eigenvalues are excluded. Viewed on [-2.5-2.5i, 2.5+2.5i].
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math #SciArt
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math #SciArt
This visualization shows all roots of quadratic polynomials (ax² + bx + c = 0) where coefficients |a|,|b|,|c| ≤ 100, plotted in the complex plane from -0.28-0.28i to 0.28+0.28i.
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
May 13, 2025 at 10:08 PM
This visualization shows all roots of quadratic polynomials (ax² + bx + c = 0) where coefficients |a|,|b|,|c| ≤ 100, plotted in the complex plane from -0.28-0.28i to 0.28+0.28i.
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
Complex function visualization: 𝑓(𝑧)=𝑧
→ Hue encodes the phase (argument of 𝑓(𝑧))
→ Brightness encodes the fractional part of log2∣𝑓(𝑧)∣
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
→ Hue encodes the phase (argument of 𝑓(𝑧))
→ Brightness encodes the fractional part of log2∣𝑓(𝑧)∣
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
April 27, 2025 at 9:20 PM
Complex function visualization: 𝑓(𝑧)=𝑧
→ Hue encodes the phase (argument of 𝑓(𝑧))
→ Brightness encodes the fractional part of log2∣𝑓(𝑧)∣
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
→ Hue encodes the phase (argument of 𝑓(𝑧))
→ Brightness encodes the fractional part of log2∣𝑓(𝑧)∣
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Exploring the roots of 131.072 random ±1-polynomials of degree 16.
Each dot is a root, brightness shows how frequently it appears across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Each dot is a root, brightness shows how frequently it appears across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
April 29, 2025 at 11:24 PM
Exploring the roots of 131.072 random ±1-polynomials of degree 16.
Each dot is a root, brightness shows how frequently it appears across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Each dot is a root, brightness shows how frequently it appears across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Exploring the roots of 131,072 polynomials with coefficients in {1,3}.
Each dot is a root of a degree-16 polynomial; brightness reveals its frequency across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Each dot is a root of a degree-16 polynomial; brightness reveals its frequency across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
May 1, 2025 at 12:14 AM
Exploring the roots of 131,072 polynomials with coefficients in {1,3}.
Each dot is a root of a degree-16 polynomial; brightness reveals its frequency across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Each dot is a root of a degree-16 polynomial; brightness reveals its frequency across all polynomials.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Final Result - Complex function:
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
→ Hue encodes phase (arg f(z))
→ Brightness encodes log-magnitude (|f(z)|)
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
→ Hue encodes phase (arg f(z))
→ Brightness encodes log-magnitude (|f(z)|)
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
April 25, 2025 at 9:39 PM
Final Result - Complex function:
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
→ Hue encodes phase (arg f(z))
→ Brightness encodes log-magnitude (|f(z)|)
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
→ Hue encodes phase (arg f(z))
→ Brightness encodes log-magnitude (|f(z)|)
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
Visualizing roots of z² + (t₁ + t₂)
t₁ and t₂ are complex numbers, |t₁| = |t₂| = 1
Colors encode the angle of each t₁ and t₂
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
t₁ and t₂ are complex numbers, |t₁| = |t₂| = 1
Colors encode the angle of each t₁ and t₂
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
May 15, 2025 at 9:31 PM
Visualizing roots of z² + (t₁ + t₂)
t₁ and t₂ are complex numbers, |t₁| = |t₂| = 1
Colors encode the angle of each t₁ and t₂
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
t₁ and t₂ are complex numbers, |t₁| = |t₂| = 1
Colors encode the angle of each t₁ and t₂
Generated with #p5js
#MathArt #VisualMath #ComplexAnalysis #Algebra #SciArt
Complex function (magnitude visualization):
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
Absolute value of the same function from my previous post. The brightness represents the fractional part of log₂|f(z)|.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
Absolute value of the same function from my previous post. The brightness represents the fractional part of log₂|f(z)|.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
April 25, 2025 at 7:05 PM
Complex function (magnitude visualization):
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
Absolute value of the same function from my previous post. The brightness represents the fractional part of log₂|f(z)|.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
f(z) = ((z - 2)² (z + 1 − 2i)(z + 2 + 2i)) / z³
Absolute value of the same function from my previous post. The brightness represents the fractional part of log₂|f(z)|.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis
¿Alguien sabe qué quiero expresar con esto?
Siempre es mejor que darles una fórmula que no saben de dónde sale.
#iteachmath #mathematics #geometry #geogebra #visualmath
www.geogebra.org/f/rzmhfqxhqk
Siempre es mejor que darles una fórmula que no saben de dónde sale.
#iteachmath #mathematics #geometry #geogebra #visualmath
www.geogebra.org/f/rzmhfqxhqk
July 15, 2026 at 11:51 AM
¿Alguien sabe qué quiero expresar con esto?
Siempre es mejor que darles una fórmula que no saben de dónde sale.
#iteachmath #mathematics #geometry #geogebra #visualmath
www.geogebra.org/f/rzmhfqxhqk
Siempre es mejor que darles una fórmula que no saben de dónde sale.
#iteachmath #mathematics #geometry #geogebra #visualmath
www.geogebra.org/f/rzmhfqxhqk
Plot shows 211,416 eigenvalues in [-3-3i, 3+3i]. Total of 348,500 matrices. 21,456 computation failures using numeric.js library.
The failures represent edge cases where numeric.js couldn't converge.
#p5js #MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
The failures represent edge cases where numeric.js couldn't converge.
#p5js #MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
May 3, 2025 at 9:43 PM
Plot shows 211,416 eigenvalues in [-3-3i, 3+3i]. Total of 348,500 matrices. 21,456 computation failures using numeric.js library.
The failures represent edge cases where numeric.js couldn't converge.
#p5js #MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
The failures represent edge cases where numeric.js couldn't converge.
#p5js #MathArt #LinearAlgebra #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
El ángulo interior de un hexágono regular es 120º.
Se puede ver como la suma de 4 ángulos inscritos de 30º, que son mitades de 4 ángulos centrales de 60º.
#iteachmath #geometry #visualmath #geogebra
www.geogebra.org/m/fyjhpkfa
Se puede ver como la suma de 4 ángulos inscritos de 30º, que son mitades de 4 ángulos centrales de 60º.
#iteachmath #geometry #visualmath #geogebra
www.geogebra.org/m/fyjhpkfa
November 16, 2025 at 8:32 AM
El ángulo interior de un hexágono regular es 120º.
Se puede ver como la suma de 4 ángulos inscritos de 30º, que son mitades de 4 ángulos centrales de 60º.
#iteachmath #geometry #visualmath #geogebra
www.geogebra.org/m/fyjhpkfa
Se puede ver como la suma de 4 ángulos inscritos de 30º, que son mitades de 4 ángulos centrales de 60º.
#iteachmath #geometry #visualmath #geogebra
www.geogebra.org/m/fyjhpkfa
What could 5D geometry represent within our reality?
www.smhood.com/4dmotion
#4D #5D #tesseract #hypercube #penteract #5cube #physics #mathematics #visualmath #geometry #force
www.smhood.com/4dmotion
#4D #5D #tesseract #hypercube #penteract #5cube #physics #mathematics #visualmath #geometry #force
July 18, 2026 at 5:42 PM
What could 5D geometry represent within our reality?
www.smhood.com/4dmotion
#4D #5D #tesseract #hypercube #penteract #5cube #physics #mathematics #visualmath #geometry #force
www.smhood.com/4dmotion
#4D #5D #tesseract #hypercube #penteract #5cube #physics #mathematics #visualmath #geometry #force
September 9, 2025 at 4:08 PM
These videos seem good, it’s like 3 videos and he gives a nice intuitive feel of what they are
What are...sheaves, take 1?
YouTube video by VisualMath
youtu.be
March 22, 2025 at 5:56 PM
These videos seem good, it’s like 3 videos and he gives a nice intuitive feel of what they are
#MathifyCommunityClips
How Binary Numbers Turn Into Decimals
Check out https://mathify.dev/ for AI-powered math & physics animations—instantly
https://mathify.dev/share/18bdf858-51c3-4949-a4bd-6ab851cd8f95
#binary #numberSystems #computerscience #basetwo #mathvisualization #visualmath
How Binary Numbers Turn Into Decimals
Check out https://mathify.dev/ for AI-powered math & physics animations—instantly
https://mathify.dev/share/18bdf858-51c3-4949-a4bd-6ab851cd8f95
#binary #numberSystems #computerscience #basetwo #mathvisualization #visualmath
December 18, 2025 at 4:02 PM
#MathifyCommunityClips
How Binary Numbers Turn Into Decimals
Check out https://mathify.dev/ for AI-powered math & physics animations—instantly
https://mathify.dev/share/18bdf858-51c3-4949-a4bd-6ab851cd8f95
#binary #numberSystems #computerscience #basetwo #mathvisualization #visualmath
How Binary Numbers Turn Into Decimals
Check out https://mathify.dev/ for AI-powered math & physics animations—instantly
https://mathify.dev/share/18bdf858-51c3-4949-a4bd-6ab851cd8f95
#binary #numberSystems #computerscience #basetwo #mathvisualization #visualmath
Ever wondered what a determinant really represents in linear algebra? It’s not just a formula—it's the area of the transformed parallelogram! 📐✨ Understanding the geometry behind matrices makes math so much easier. Learn smarter with… #linearalgebra #maths #visualmath #stem #learning #fyp #SoviAI
August 13, 2026 at 12:20 AM
Ever wondered what a determinant really represents in linear algebra? It’s not just a formula—it's the area of the transformed parallelogram! 📐✨ Understanding the geometry behind matrices makes math so much easier. Learn smarter with… #linearalgebra #maths #visualmath #stem #learning #fyp #SoviAI
Plot shows 215,240 eigenvalues in [-2.5-2.5i, 2.5+2.5i]. Total of 109,000 matrices. 16,664 computation failures using numeric.js library.
The failures represent edge cases where numeric.js couldn't converge.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
The failures represent edge cases where numeric.js couldn't converge.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
May 5, 2025 at 9:57 PM
Plot shows 215,240 eigenvalues in [-2.5-2.5i, 2.5+2.5i]. Total of 109,000 matrices. 16,664 computation failures using numeric.js library.
The failures represent edge cases where numeric.js couldn't converge.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
The failures represent edge cases where numeric.js couldn't converge.
Created with #p5js
#MathArt #CreativeCoding #Mathematics #VisualMath #ComplexAnalysis #math
Working on algebraic rules with Grade 6’s at Lord Dufferin
Great work!
@tdsbmath.bsky.social
#visualmath
#slgebraicthinking
Great work!
@tdsbmath.bsky.social
#visualmath
#slgebraicthinking
September 30, 2025 at 2:22 PM
Working on algebraic rules with Grade 6’s at Lord Dufferin
Great work!
@tdsbmath.bsky.social
#visualmath
#slgebraicthinking
Great work!
@tdsbmath.bsky.social
#visualmath
#slgebraicthinking
Getting started with Number Talk strategies in Grade 2/3 at Bruce PS
@tdsbmath.bsky.social
#NumberTalk
#visualmath
@tdsbmath.bsky.social
#NumberTalk
#visualmath
September 29, 2025 at 2:24 PM
Getting started with Number Talk strategies in Grade 2/3 at Bruce PS
@tdsbmath.bsky.social
#NumberTalk
#visualmath
@tdsbmath.bsky.social
#NumberTalk
#visualmath
Getting started with a Number Talk for Grade 3’s at Rose Ave
#NumberTalk
#visualmath
@tdsbmath.bsky.social
#NumberTalk
#visualmath
@tdsbmath.bsky.social
September 10, 2025 at 3:09 PM
Getting started with a Number Talk for Grade 3’s at Rose Ave
#NumberTalk
#visualmath
@tdsbmath.bsky.social
#NumberTalk
#visualmath
@tdsbmath.bsky.social