A collection of on-chain, generative cumulonimbus buddies. Created using vanilla javascript, each unique NimBud features random wires, colors, eyes, mouths, cloud bodies, and more. Each with their own personality.

NimBuds

_Alan Ki Aankhen_ is an exploration of other-worldly cityscapes in the visual aesthetic of Fahad’s distinct style with pen and paper. The title, translated as _Alan’s Eyes_, alludes to Alan Turing’s machine intelligence test - a thought experiment foreshadowing a moment in which we can no longer differentiate between the real and the artificial. Though first proposed in 1950, the topic feels especially relevant today, as even our creative practices are being carried by shifting technological tides.

The algorithms and decision-making encoded into this generative art project intentionally imitate Fahad’s approach on traditional mediums - composition rules, textures, and overall themes. The visual elements are inspired by Fahad’s memories from his nomadic life. You’ll find intricate windows from Rajasthan, massive Egyptian pyramids rising from the horizon, a density of civilization only seen in New York, and the moon - a comforting and shared sight no matter where you stand.

Alan Ki Aankhen

white noise contains all possible harmonics/notes/chords. by filtering out narrow frequency bands from the noise, pure sine wave “notes” become audible. we’ve limited these bands to only ever reveal specific notes from a particular musical scale. 

each piece then, is a unique iteration of this scale with different notes from it gaining prominence. sometimes they will be chordal and sometimes dissonant but always beautiful because the scale is beautiful.

visually, the white noise is represented by particles which congeal into dense lines. each line that appears is a specific note you can hear and it's amplitude is defined by the corresponding particle density. chords are represented by the lines crossing over each other.

so in summary, it's a quite literal visual representation of sound moving from an arbitrary form to musical form. natural order from chaos with infinitely variable patterns depending on which notes are audible. 

*note we’ve implemented the following variables for more radical variation in particle behavior in addition to the random generation of notes and their corresponding patterns.

- particles will either form straight line shapes or curved shapes 
- particles with vary in size from one iteration to another 
- particles will either favor white or black as their prominent b&w bias creating stark contrast between iterations as well as variables in between the two extremes
- some iterations will reveal faster and some slower

montreal friend scale

**Sales note: The first 16 mints will be eligible for an 8''x8'' signed plot, posted anywhere in the world.**

The vein running through my work, linking each piece to the next and to me as an artist, is the opposition between physical rationalism (the idea that physics seeks to reveal the true nature of reality) and empiricism (the idea that physics seeks to identify the behaviour of the world through experiment). Empiricism describes the world, while rationalism explains it. This conflict has been at the core of me throughout my studies, and I explore the idea further in this project.

Dipolar tries to answer the question "What would electromagnetism look like in two dimensions?", itself rich in the ideas of rationalism. To an empiricist, it is a question which can not be answered, but the answer has impacts throughout physics, from 3D electromagnetism to condensed matter. These questions and those like them have been grappled with for thousands of years, and we will die without knowing if our attempts at answers will be seen any differently from Plato's theory of Forms.

Our three-dimensional universe constrains by its symmetry the behaviour of point charges to the radial fields that we are used to. In two dimensions the fields can curl around the charge, leading to two kinds of fields able to be produced by a charge. When paired with another particle of the same type and equal but opposite charge they create a 'dipole moment', which look alike when composed of either type of charge. Dipolar shows the field profiles produced by these combinations for each type, and as an idealised 'point dipole'.

The style was inspired by the sketches of Euler and da Vinci. Both were revolutionary minds, they sought to understand and explain the world in diagram, a tradition that has been preserved in art and science to this day. More broadly, I've felt inspired by Sol Lewitt and Vera Molnar, in particular their use of dense detail, seeing how it can provide tension in their work and draw the viewer in closer.

*An SVG for plotting can be downloaded by pressing DOWN*
*A 4096x4096 image can be downloaded by pressing UP*
*Plotting speed can be adjusted with LEFT/RIGHT*
*The animation can be restarted with SPACE*

Dipolar

This project is a visual representation of realities that are out of phase. Interference patterns, colorful echoes, and emerging secrets are explored. Mathematical functions produce constant motion, but rarely, a peaceful scene resolves within the chaos. Click or press any key to pause. *Photosensitive seizure warning: These artworks contain flashing colors and moving patterns.

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