The objective of this project is to build an implementation of the Prisoner’s Dilemma game that takes advantage of quantum properties. Besides the two options we see in a classical prisoner’s dilemma, to confess and to not confess, we introduce an additional quantum option that gives both players a better...
Utilizing a quantum computer and Microsoft Q# SDK to create a quantum neural network aimed to recreate a predetermined dataset that contains feature map parameters. The algorithm was used to simulate solar system models closely resembling real life, visualized using the 3D modeling engine Blender and Unreal Engine 5.
The...
This project utilizes QCI Inc.’s Qatalyst quantum optimization tools to find the most optimal solution to a randomly generated maze. The maze is traversed and mapped into a spanning tree and then transformed into a set of linear constraint functions. The constraint functions and an objective matrix are used to...
Our mission is to create and foster a diverse community of intellectual engineers and scientists by providing the necessary education and resources to have fun inventing quantum activities. Also, to share knowledge and excitement while interacting with quantum machines and concepts. We envision developing device abstraction concepts and human-machine interfaces...
