Many Mathematicians and scientists are artists.
Many Artists are Scientists and mathematicians.
Kenneth Snelson is a sculptor. He created many sculptures using a concept known as "tensegrity." He also filed patents for models of the atom, as well as the concept of tensegrity itself.
Visit his website here:
kennethsnelson.net
Visit his website here:
kennethsnelson.net
Images borrowed from http://www.nanoworld.org.ru/data/20030901/20040116/index.htm
Kenneth Snelson also published an excellent presentation on duality, tensegrity, and repeating universal forms. Check it out here:
tensegrity_and_weaving.pdf | |
File Size: | 3756 kb |
File Type: |
Build Along:
Creating structures inspired by atomic forces
The rubber bands (or stretchy string) we use illustrate forces that attract (tension forces), and the dowel rods act as the stiffer compression forces that separate the points of the form (the eye hooks).
The battle between the compression forces (which use their matter to push apart against the pull) and tension forces (which pull) create structure.
The compression and tension forces rest in the arrangement with the lowest potential energy, where the rubber bands are at the most relaxed they can possibly be. The result: structural form.
VSEPR shapes work in a similar way. There are compression points moved by tension forces (the repulsion of the electrons). Although they are flexible, they will rest in the arrangement with the least possible potential energy.
The battle between the compression forces (which use their matter to push apart against the pull) and tension forces (which pull) create structure.
The compression and tension forces rest in the arrangement with the lowest potential energy, where the rubber bands are at the most relaxed they can possibly be. The result: structural form.
VSEPR shapes work in a similar way. There are compression points moved by tension forces (the repulsion of the electrons). Although they are flexible, they will rest in the arrangement with the least possible potential energy.
When we added our smaller structures together, they fit naturally. Using basic materials, we were able to model forces which act on an atomic level.
Applying concepts of tensegrity to biology
What is the purpose of a model in science? In art?
Skeletons, molecules, atoms, and solar systems display elements of tensegrity. How could experimenting with this type of structure help form questions and understandings about the physical world?
What are the limitations of modeling?
When does sculpture become an exploration of science? When does looking at scientific models become a form of art?
Skeletons, molecules, atoms, and solar systems display elements of tensegrity. How could experimenting with this type of structure help form questions and understandings about the physical world?
What are the limitations of modeling?
When does sculpture become an exploration of science? When does looking at scientific models become a form of art?