How Quantum Computers Enhance the Spookiness of Horror Video Games

Explore the fascinating realm of Quantum Backroom, a horror video game that immerses players in the eerie environment of a quantum computer, now accessible online.

The intriguing properties of quantum mechanics have captivated philosophers and artists alike, and now game developers are entering the fray. Developed by James Wootton and the Moth Quantum team, Quantum Backrooms features complex levels generated by an actual quantum computer.

This game draws inspiration from the internet horror phenomenon “Backrooms”, where players navigate a seemingly endless series of rooms. In Wootton’s creation, each room corresponds to a quantum state involving qubits, with connections between them reflecting possible pathways.

Wootton indicates that Quantum Backroom simulates the sensation of being trapped within a quantum computer. Players can only maintain focus in one direction, while everything out of their gaze continuously shifts, echoing how quantum states change upon observation.

Players don’t need direct access to a quantum computer, as the complex quantum mechanics are harnessed solely during the game’s development. Wootton expresses hope that Quantum Backroom will resonate with horror enthusiasts looking for a fresh dose of spine-chilling experience powered by qubits. “A player could be handed the link and never suspect it’s running on a quantum processor,” he notes. You can play the game here.

Laura Pispanen from Aalto University in Finland highlights that there are hundreds of quantum games available, ranging from those utilizing quantum hardware for content generation — like Quantum Backrooms — to others simulating quantum states on conventional computers. Interest in quantum gaming is on the rise, despite limited access to quantum technology.

While Quantum Backrooms may not revolutionize quantum computing, experts like Michael Cook from King’s College London believe it’s one of the most advanced and accessible quantum games to date. Game developers often lead innovation with emerging technologies, opening avenues for practical research insights into quantum computing, Cook adds. “Their unique perspectives often catalyze significant advancements in the field,” he asserts.

The Moth Quantum team envisions Quantum Backrooms as a stepping stone toward integrating quantum technology into everyday consumer applications. “Just as AI has transitioned from research-oriented to consumer-friendly, a similar shift is on the horizon for quantum computing,” Wootton states.