Existing invisible object tagging methods are prone to low resolution, which impedes
tracking performance. We present BrightMarker, a fabrication method that uses fluorescent …

This paper presents clay-dough, a 3D printable ceramic material that is made from a mixture
of stoneware clay and a biomaterial dough. While all clays shrink when they are fired at high …

We present a fully-printable method to embed interactive information inside 3D printed
objects. The information is invisible to the human eye and can be read using thermal …

This study summarizes current trends and future directions in projection mapping
technologies. Projection mapping seamlessly merges the virtual and real worlds through …

Materials are a key part of our daily experiences. Recently, researchers have been devising
new ways to utilize materials directly from our physical world for the design of objects and …

We present FoodSkin, a technique for adding interactive elements to foods by implementing
edible circuits on the surface of the food. The circuit is easily fabricated using commercially …

We demonstrate interiqr, a method that utilizes the infill parameter in the 3D printing process
to embed information inside the food that is difficult to recognize with the human eye. Our …

In this demonstration, we showcase BrightMarker, a fabrication method that uses fluorescent
filaments to embed easily trackable markers in 3D printed color objects. By employing an …

In this paper, we propose a fabrication approach to transform edible cookies into information
displays. The proposed approach encodes the surface of cookie dough so that the displayed …

Research has been conducted regarding 3D food printing that additively manufactures
edible objects. Some studies control the texture of printed foods by creating an intricate …