An Educational Tool to Explore the Dynamics of Subatomic Physics Interactions

The goal of this project is to develop a new immersive educational tool for experimental subatomic physics using a virtual reality (visual + sound) world in the ICAT Cube. The virtual reality environment will have a static, time-independent model of the Belle II detector within a dynamic world wherein the learners will investigate the collisions of subatomic particles - electrons and anti-electrons - and the byproducts of these collisions as these byproducts move through and interact with the physical structures and material of the Belle II detector. Within the team-learning environment of the Cube, students will be able to discover new ways of understanding and participating in cutting edge research in particle physics with the goal of producing publishable results.

Members: 
Name Department
Leo Piilonen Physics
George Glasson School of Education
Nicholas Polys
Computer Science
Dane Webster School of Visual Arts
Todd Ogle
TLOS
Zach Duer ICAT
Jesse Barber Physics
Tanner Upthegrove ICAT

 

Collaborative Colleges: 
Architecture & Urban Studies
Engineering
Science