4.373 U / 4.374 G
The intricate qualities of an object's color, luster, and texture are created by its nanoscale properties, including taste, smell, stickiness, transparency, and many other facets of a unique object design. These characteristics can be tailored and exquisitely shaped by influencing the nanoparticles. In this process, visualization and conceptual imagination play a pivotal role, with decisive microscopes and computer simulations becoming crucial for forming and visually interpreting a novel way of observing the uncovered knowledge.
Through this class, ACT (Art, Culture, and Technology program) and MIT.nano, driven by imagination and investigation, intertwine nanoscience and nanotechnology with toolsets and visualization methods that manipulate matter at an atomic and molecular scale to extend the bounds of what art and culture exploration can lead us to. MIT recognized this unique overlap between art and science a long time ago. The CAVS (Center for Advanced Visual Studies at MIT), founded by Professor Gyorgy Kepes in 1967, brought artists to collaborate with MIT scientists and engineers in probing "vision in motion" – new ways of imagining a fast-changing world altered by the proliferation of new technologies. This class is determined to set a milestone for reviving this collaboration for a new era.
After the first two weeks of introductory lectures and tours of Nano facilities and affiliated labs, the students will collaborate closely with two dedicated TA scientists to gain access to knowledge necessary for their individual or collaborative projects. The class plans to collaborate with two labs. We will provide a list of scientific papers related to the lab research and schedule training on specific lab equipment. Some spaces and equipment will be accessible to students directly and some through dedicated TAs. The art students' goal will be to understand a lab environment and the scientific methods used in the lab’s day-to-day work. On top of this understanding, the students will be asked to develop their own proposals for art projects which will be displayed in an exhibition at the MIT Nano building in the Spring 2023 semester.
Additional work required of students taking graduate version.
4.373/4.374 Syllabus (MIT Certificate protected)
Prerequisites
4.301 or 4.302 or permission of instructor
Lab Fee
Per-term $75 fee after Add Date; SMACT students are exempt
Can Be Repeated for Credit
No