Quantum Computing Education in VR

Can you teach superposition better by letting someone reach out and touch a qubit?

The Short Version

A research collaboration with two Virginia Tech faculty — one with a VR and HCI background, one focused purely on quantum computing — exploring whether virtual reality can make quantum computing's least intuitive ideas easier to grasp than a lecture can.

The Bigger Picture

Quantum computing is famously hard to teach, because its core ideas — a qubit existing in superposition, entanglement linking two qubits' states — don't map onto everyday physical intuition the way classical computing does. Most quantum computing education still leans on math-first instruction or, at best, 2D circuit simulators. There's growing interest in whether more embodied, spatial tools — letting students manipulate qubits and gates directly instead of reading about them — can build that intuition faster.

What I'm Exploring

The approach the project is built around:

Designing a VR sandbox where students drag qubits through gates like Hadamard and CNOT and build their own circuits
Betting on interactivity over lecture — the idea that composing a circuit yourself teaches superposition and entanglement better than watching one explained
Splitting the project across two platforms, a VR build and a parallel desktop version, to compare approaches
Working alongside faculty spanning both the VR/HCI side and the quantum computing side of the idea