Introduction
Project done by Lukas Kulbis for U of I Chancellor's Honors Program
The original Rubik Cube is a puzzle composed of a cube where each side is split up into 9 smaller sections. In its solved state, each side of the face has the same color throughout.
The challenge of a Rubik Cube puzzle is to reach this final solved state through a series of rotation on the cube.
The original goal of this project was to create a self-solving cube. However, due to the unexpected complexity of this objective,
an alternative goal is to perform an algorithm that solves the cube
after only two rotations from the solved state.
Another goal of the project is to demonstrate how the Layer Method would be executed. This is done by breaking the method into several steps
and displaying each part individually.
To learn more about this project, you can view an informative powerpoint as well as the project narrative.
To jump to exploring the interactive Rubik Cube puzzle, click on one of the linked images provided below.
