The Human-Computer Interaction Quantum Bloch Sphere Device with Virtual and Real Spheres for Quantum Computing Education

Quantum computing research has surged globally, yet its complexities hinder widespread understanding. This paper proposes a Raspberry Pi and ESP32-based Bloch sphere simulation for enhanced human-computer interaction. A Human-machine interface (HMI) on Raspberry Pi facilitates user input for angle and quantum gate manipulation, synchronizing quantum computation results with virtual Bloch sphere visualization. Physical sphere rotation and pointer movement further bridge quantum concepts, aiming to demystify quantum computing and foster broader comprehension and advancement in the field.