Simulation of Early C. elegans Embryogenesis

This project simulates the development of the microscopic worm, C. elegans, up to the twenty- six cell stage. Advanced concepts in computer graphics, including metaballs, ray tracing, and the Marching Cubes algorithm, were explored in order to depict the irregular shapes found in nature. The forces that dictate cell motion in response to collisions were represented mathematically and included in the model. Finally, the results were compared to empirical data to show that early cell divisions appear to accurately simulate the appearance of biological embryos

Trail View

In recent years, the National Park Service has been looking for more ways to incorporate technology into the preservation, research, and enjoyment of nature. Trail View serves as a way to close the gap between humans and nature by offering an interactive virtual tour of Acadia National Park’s hiking trails. Similar to the concept of Google Street View, Trail View is an interconnected series of panoramic photos. It is further expanded into an educational tool by displaying information about natural phenomena alongside the trail. Its intended use is to increase interest in Acadia, educate people on environmental and conservation issues, and create a database of relevant trail information