New update!
S&P 500 (^GSPC) - Financial Analysis - VI
#financial #python #stock

New update!
S&P 500 (^GSPC) - Financial Analysis - V
#financial #python #stock

You can find more information about the S&P 500 Financial Analysis (^GSPC) on my blog: lbarqueira.github.io
#financial #stock #sp500 #python #analysis #Bollinger #macd #rsi #TechnicalAnalysis #Montecarlo

S&P 500 (^GSPC) Financial Analysis
#financial #stock #sp500 #python #analysis #Bollinger #macd #rsi #TechnicalAnalysis #Montecarlo

Thank you 👍

Thank you.

Love it. Any code to share?

A painting my mother made in 1997. The most beautiful gift I've ever received.
#painting #art

Roots of complex polynomial
Inspired by ‪the work of @sconradi.bsky.social
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math

Bem engraçado.

My bear phase.
#CorgiCrew #DogsOfBluesky #corgisky #corgi #photography #photo

Father and son in complete harmony.
#CorgiCrew #DogsOfBluesky #corgisky #corgi #photography #photo

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It sounds great.

Yes, It is done with Python.

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Exploring the roots of an 18th-degree complex polynomial x^18−x^17+(100it1^5−100it1^4+100it1^3−100it1^2−100t1+100i)·x^10+(−100it2^4−100it2^3+100it2^2+100it2+100)·x^6−0.1 x+0.1 where t₁,t₂ are complex numbers on the unit circle. z-axis and color encode Im(t1).

Roots of complex polynomial
Inspired by ‪the work of @sconradi.bsky.social
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math

Ria Formosa, Santa-Luzia, #Tavira, #Algarve, #Portugal
July, 2025
#photography, #photo

It is beautiful.

Hopalong Attractor
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math

Exploring the chaotic beauty of Hopalong Attractors. Each of these nine images is generated from a different set of parameters, showing the incredible variety of patterns that emerge.
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math

Visualizing Laplace Eigenfunctions on a Circular Domain
These vibrational patterns emerge from solving the eigenvalue problem for the discrete Laplacian matrix.
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math

Photo taken by my youngest son of our great bud.
#Photography

A new approach:
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math

Visualizing the roots of:
x⁹ + 3x⁷ + (−25𝑖𝑡₂² −25𝑖𝑡₂ +75𝑖)x⁵ −4x −50𝑡₁ −50𝑖
where 𝑡₁, 𝑡₂ are random points on the complex unit circle
750,000 (𝑡₁,𝑡₂) pairs → 6.75 million roots
Color maps Im(𝑡₂) using a psychedelic rainbow gradient
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math

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Visualizing roots of::
(-15i·t₂² -15i·t₂ +15i)x⁷ + 3x⁶ -100t₁ -100i
where t₁, t₂ are complex numbers with |tⱼ|=1.
Key to the plot:
• ↔️ x/y: Root's real/imaginary parts
• ↕️ z: Imaginary part of t₂
• 🔵→🔴 Colors: Im(t₂) from -1 (blue) to +1 (red)
#MathArt #Python #CodeArt #SciArt #CreativeCoding #Math