Piece description from the artist
The original is currently in the collection of the Materials Science and Engineering Department at MIT.
Entropy drives Thermodynamic processes. Entropy can have a variety of phenomenological features, and is often expressed mathematically using different terms. For example, there is the chemical entropy associated with changing the nature of reactant molecules into product molecules. There is the mixing entropy we learn about in High School Chemistry classes. There are exotic sounding components to entropy, such as the quantum entropy that is invoked in discussions of the very small and very large and gravitational.
There is also entropy associated with the shape and flexibility of molecules and particles, called configurational entropy. Configurational entropy describes the number of accessible "shapes" or configurations that a molecule can explore. A long floppy molecule, a polymer or oligomer, can explore a large number of possible "shapes" or configurations, when it is completely unimpeded in a dilute solution. If the long floppy molecule impinges upon another long floppy molecule, each is restricted by the need to twine around one another where they meet. This impingement reduces their configurational entropy.
When a long floppy molecule impinges upon a hard immovable surface (no possibility of intertwining), the number of configurations available to the floppy molecule is severely restricted. It loses a lot of configurational entropy. This idea has been used to keep small particles from clumping and caking in flows. If the particles are coated with polymers (chemically attached to the surface), then the polymer surface coating will lose configurational entropy when the particles approach each other too closely. The particles repel each other, due to the phenomenon called "Entropic Repulsion"
In the drawing, particles are depicted with curvy linear halos – the polymer coatings. Where two particles start to impinge, the polymers adopt less random shapes as they intertwine. Of course some phenomena are exaggerated (density differences, for example) and I've made fast a loose with scale to make the drawing "work". It is nevertheless, a pretty decent depiction of the phenomenon in an engaging semi-surreal abstract art format.
More About This Print
- Our high-quality giclee prints are produced on a proprietary material carefully selected for its ability to display rich, vibrant colors, capture subtle detail, and remain crinkle-free. Limited Edition of 100.
- The giclee print sizes shown here measure the outer dimensions of the frame, not the print. There is a 2″ border around the image on each print for matting and framing.
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More About This Print
- Each canvas print is gallery-wrapped and stretched on 1.5’’ stretcher bars with a semi-gloss finish. Limited Edition of 100.
- The print sizes quoted above measure the outer dimensions of the stretched canvas print and the printed image spans the full dimensions quoted.
- Framing currently unavailable. All canvases are printed with mirror imaging along the 1.5’’ stretcher profile for a polished, unframed display.
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- 8.0" x 10.0"
- pigmented ink on acid free paper
Unfortunately, the original of this work is not available. However, one of our friendly Personal Curators can reach out to the artist to see if they’d be interested in a commission. Get in touch.
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