Inside the computer there’s a digital hand. The hand selects a metal implement, cuts off a slab of clay, and carves into its surface. It wanders like your hand wanders; it carves imaginary contours, sinuous and exploratory. It doesn’t know the end result so it carves lines until it feels content, and then it numbers the piece and stamps its maker’s mark. It fires the slab in a digital kiln (it calls this “minting”) and through this act its art is preserved for millennia. The hand runs its fingers over the textured surface, feeling satisfaction at having spontaneously produced a piece of art so beautiful, expressive, and unique.

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Ceramics is a generative sculpture that mimics the physical expression of carving into clay. Through uncanny naturalistic rendering it challenges our notion of “handmade”. It asserts that the value of handmade isn’t the time it takes to make the work nor the physical materials consumed, but the endless small decisions and serendipitous details that appear along the way, as can be felt in each Ceramics mint.

Despite the handmade nature of Ceramics the outputs cannot be touched. Highly tactile images enchant the viewer to imagine their tangible representations, and leave them to dwell on their perception of materiality — both in the experiential physical world and conceptually-infinite digital space.

Ceramics

“Fragments of an infinite field” is a compositional system in which an idealized plant species is generated and arranged in a potentially infinite field of foliage. The main environmental parameter of the composition is the determination of a season of the year. The season determines the landscape’s colors and defines specific phenomena for each of them, such as rain in summer, snow in winter, petals falling in autumn, and pollen in spring. The flower has several possible variables, which can be macro aspects, affecting the entire population of the species, or micro, affecting each individual of the species differently. For example, the number of petals can be equal in all individuals or not. The number of filaments and other structures of the flower can undergo minor deviations, generating small mutations. The confusion between the figure (plant) and the background (earth, sky, other natural elements) is fascinating from a compositional point of view. The background colors are, most of the time, colors present in the figures, often breaking the boundary between them and, therefore, generating chromatic masses. In this project I also intend to research the following question: How to create parameters that resemble a living organism's growth? In this sense, the project approaches digital morphogenesis and the development of procedural organisms.

Fragments of an Infinite Field

The contemporary moment is defined by the appearance of artificial systems that mimic intelligent behaviours with uncanny skill: bots that you can converse with, machines that can act as pets, and even the algorithms that recommend ads to you. At times they appear as strange beings; alive. To make sense of this phenomenon, we are forced to reconsider our notion of the living state beyond what we are familiar with on Earth. 

Calian is an infinitely zoomable and scrollable exploration of lifelike behaviour. It exhibits ambiguous natural-digital forms in a dynamic rendering. Species grow and compete; they get carried by the elements; they face boom, bust, and echo. 

What makes something alive? To go beyond recognition of terrestrial biology we need to delineate general principles and apply them to new intelligent systems. Calian uses the fruits of my research into the origin of life to create persistent, complex systems that we can experience and study (*). We can identify properties of living matter but these fall short of a satisfactory and succinct criterion. When does agency begin? Or identity? Calian asks you to ponder this as you wander through its ecosystems. 

Feel free to explore but be careful: although life is pervasive, living things are delicate. Your interactions affect the ecosystem, obliquely. 

Calian continues a thread of my work probing deep scientific questions with artistic means. It furthermore connects to my previous Artblocks projects Mazinaw and Glass through the theme of ambiguity: while Mazinaw suggested the hand of an unknown creator, and Glass visualized the intrinsic ambiguity of our quantum mechanical universe, Calian's amorphous forms bear characteristics both of familiar organic matter and digital technology. 

Interactive features allow you to explore each ecosystem, infinitely, both in depth and in scope. As you wander, the shader repopulates the world from its initial condition, while the physical laws governing the dynamics themselves evolve.

See Display Notes for Controls.

(*) For more on Calian's dynamics and its grounding in my research, see the Calian page on my website.

Calian

**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

HyperHash explores the possibilities of representing abstract data on Ethereum as intuitive color and geometry spaces. Focus of research are topics like geometry & symbolism. The artworks generate a futuristic, telepathic & symbolic language for Etherians. All artworks have unique colors, geometry and motion signatures live generated on your gpu through shader (GLSL) code.


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Ceramics #217

Charlotte Dann

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