DICHROIC MICROSCOPY

cRITIC

Danielle Willems

TEAM

Carrick Reider, Emily Shaw, Yasmin Goulding

PROJECT STATEMENT

When viewing an slide under a microscope there can be a significant divide between molecules. This molecular framing creates a single molecule which can be interpreted as an object. Through research of tessellation of the rectified prism, the frame between each point creates a divide between the next object. The result is a series of hexagonal rectified tessellations encasing the artifacts, thus creating the idea of infinite nesting between the faces. By using the the interior planes of the tesseract as dichroic glass, optical differences can occur on the chambers exterior surface. This bubbling can create warping and distancing, at different intensities thus creating different readings of the artifacts.