A study in reduction based around several repeating elements. A unique hash string seeded within each token informs the composition of the work. Variables include the color of the background, the amount of times each of the elements are duplicated, the set distance between each duplicate, and the coordinates of each element. Each token is unique.

Elevated Deconstructions

Scribbles on Scribbles on Scribbles ➿ This series is an exploration of chaos and order – how seemingly random movements in the microscopic scale can be more than meets the eye. Simple guiding rules transfigure chaotic movements into beautiful order. Life, as we know it, can be expressed in a similar fashion. Our decisions, unexpected occurrences, and even our seemingly meaningless place in the Universe are not just mere coincidences, but providential orchestrations of the Designer. [ Mints will be sold via a dutch auction. Starting price will be set at 3eth and decrease every 5 minutes with a resting price of 0.25eth. i.e.
3eth, 2.5eth, 2eth, 1.5eth, 1.25eth, 1.0eth, 0.75eth, 0.5eth, 0.25eth ]

Scribbled Boundaries

**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

The essence of all things digital is– the bit. One or Zero. On or Off. Where digital becomes analog. This piece pays tribute to our digital legacy of 8-bit color and 7-segment LED displays– technological limitations which are mirrored in the constraints of putting art on the blockchain. Although the image represents the art, the art of the token itself is the code– which renders everything bitwise, pixel by pixel, all contained within 27-bits of information.

27-Bit Digital

Ancient Courses is a generative experience that explores the aesthetics of meandering rivers and the settlements that form on their banks. The design is graphic and cartographic with bold color palettes rendered against map iconography and line sensibility. From the river banks, roads stretch across the landscape: sometimes a single access road, other times sprawling towns. The river meandering is simulated via a custom algorithm which closely models the real world process.

Press 'r' to reset the simulation.
Press 's' to save an image to disk.
Press 'h' to re-run the simulation at print res. This is significantly slower than the default screen res version. The progress bar at the bottom of the screen shows how long before the print-res image is automatically saved to disk.

A limited number of Ancient Courses mints will come with a Treasure Map feature. The owner can request a physical print (max one print per treasure map).

Best viewed on Chrome, Firefox, or Safari.

Art Blocks Curated

Elevated Deconstructions #59

luxpris

More in Art Blocks Curated

Scribbled Boundaries

William Tan

Dipolar

Junia Farquhar

27-Bit Digital

kai

Ancient Courses of Fictional Rivers

Robert Hodgin

Art

Company

Learn