u/stephane3Wconsultant

Mandelbrot Mix4 at the edge — a glowing boundary where darkness dissolves into an organic sea of purple and coral cells.

Rendered with FractalForgeASMLab.

Some recent attempt to compute good Mandelbrot Fractal images of the "Dragon Island" using elevation map / lazy raytracing render.

I need to refine the process and deal with better surface material render.

I love this fractal image I just made. It feels like a whole universe of tiny worlds hidden inside one pattern.

i made some experiment with elevation : A smooth height map turns fractal values into a virtual surface. Lighting and surface normals then create the illusion of 3D depth.

Rendered images are not so bad 😃

Join a mesmerizing journey through the Mandelbrot set, where infinite spirals, delicate filaments, miniature Mandelbrots, and endlessly repeating structures emerge from pure mathematics. Each zoom unveils hidden worlds of breathtaking complexity, vibrant symmetry, and extraordinary fractal beauty—transforming mathematical equations into stunning works of digital art. I love ti explore this set 🤩.

here is my config file :

{   "appName" : "FractalForgeASMLab",   "bitsPerComponent" : 16,   "colorProfile" : "Display P3",   "config" : {     "height" : 2880,     "width" : 5120   },   "createdAt" : "2026-07-23T20:03:12Z",   "downsampleFilter" : "none",   "exportScale" : 1,   "imageFilename" : "Mandelbrot-20260723-200222.png",   "params" : {     "adaptiveAA" : 0.2102894585253456,     "bloomStrength" : 0,     "brightnessStrength" : 0,     "centerX" : -1.8613663550854012,     "centerXExact" : "-1.8613663550854010869238023688701278783916410493989613981112317507783537677633064690001437892640522563800179183619305483021377495373600725401111204314868078849892651770416109602364711713097199106463858001292069744200625394100368448710877982115385690799120646658087024705501138642838848173958828200421373776046866309346011944984346619204287911809913299208714663056355112088549141641290726838081744702270181324260323466243921661645622966872534097000244115408147671519856203303788788616657257080078125",     "centerXLo" : 7.165176192659081e-17,     "centerY" : -4.679043952353919e-05,     "centerYExact" : "-0.0000467904395235391913603538715461963863555277817017220800820551300089887598786021692673311966192923379930396644621928810169791905230129960299022316633165199575471307285332840033899818143433257442505350509319863995825610916510020752768104830406295610667565487257601164862452073316732791769150925440861418747617701113791882309982449426730033622107469135991799642889478479801754310841447089060577060638022294505480116573211277370013133602941429375184905913205579697233815750223584473133087158203125",     "centerYLo" : -2.269830423008882e-22,     "ditherStrength" : 0,     "edgeStrength" : 0.05052923387096774,     "formula" : {       "id" : "mandelbrot",       "juliaImaginary" : 0,       "juliaReal" : 0,       "parameterA" : 1,       "parameterB" : 0,       "parameterC" : 0,       "parameterD" : 0,       "power" : 2     },     "glowStrength" : 0.4378240207373272,     "histogramStrength" : 0,     "maxIterations" : 10000,     "normalStrength" : 0,     "orbitTrapStrength" : 0.3792842741935484,     "palette" : "arcticEmber",     "paletteCurve" : "linear",     "paletteCycles" : 40,     "paletteInverted" : false,     "paletteOffset" : 0,     "scale" : 1.4644698267229058e-11,     "scaleExact" : "0.00000000001464469826722905625243751115687162076328314191208921210937720303576074267207371735014497059554935884960397695262762242468354936295716865752354812108223716493796741388456246954813541463857341693975119410630651832465843949356735691800382749539460059178023094118597119941298751154770058815836921715412574609104124110654999184820889748264117798032888322321530350573699742873833157279213441424165607731379335383975802042851503591191538411237462098159201051572608776041306555271148681640625",     "scaleLo" : -1.3438516442964586e-27,     "smoothColoring" : true,     "viewportRotationDegrees" : 0,     "viewportSkewDegrees" : 0,     "viewportXMagFactor" : 1   },   "renderConfig" : {     "height" : 2880,     "width" : 5120   },   "renderingTimeSeconds" : 48.094919584,   "stats" : {     "averageIterationsPerPixel" : 1824.4890993245442,     "duration" : 48.094919584,     "iterationsPerSecond" : 559376888.3636938,     "pixelCount" : 14745600,     "pixelsPerSecond" : 306593.7135885242,     "rendererName" : "NEON f64 Deep Zoom Perturbation",     "tileCount" : 920,     "totalIterations" : 26903186463,     "workerCount" : 10   },   "transparentBackground" : false } 

a pseudo organic Fractal render ...

A beautiful colored illustration by Mœbius .

a beautiful Mœbius Black and White illustration

Mistral made my day by sending me the hackathon ticket. I’m packing robot Ross and getting my TGV ticket to Paris. Anyone going? Ping me and Robot Ross, maybe we can work together.

Psychedelic fractal animation ; the color palette fit perfectly 🤩

I love make animated fractals

at deep zoom level and high iterations we can see such mathematical beauties 🤩

Deep zoom in Mandelbrot using my custom App : 
fractal_type = "mandelbrot"

center_x = -1.749078161505201

center_y = 0.000005509919066290966

center_x_decimal = "-1.74907816150520173167912454515663304"

center_y_decimal = "0.000005509919066290966025130985672059216"

scale = 0.000000000000000000000000000000000000012024344548556978

scale_decimal = "0.0000000000000000000000000000000000000120243445485569670391523315737483486947"

max_iter = 50000

I love fractals and inspirational color palettes.