A horror video game’s labyrinthine levels aren’t built with traditional code, but generated by the states of actual qubits; Quantum Backrooms aims to deliver a uniquely unsettling experience to players. Developed by James Wootton at Moth Quantum and colleagues, the game draws on the internet horror legend of the Backrooms and maps its endless rooms to the fundamental building blocks of quantum computing. Each room corresponds to the quantum state of a qubit, with connections between them acting as pathways for the player, directly linking gameplay to the core principles of the technology. Wootton hopes Quantum Backrooms will appeal to horror fans and believes this could be a step towards wider integration of quantum technology in consumer products.
Quantum Backrooms: Generating Horror Levels with Qubit States
The game’s developers implemented a distinctive mechanic where elements outside the player’s direct line of sight are in constant flux, mirroring the quantum principle that a system’s state remains undefined until measured. “The player can look in a fixed direction, but everything they aren’t looking at is constantly changing until they focus their gaze on it,” explains Wootton, highlighting how this design choice aims to evoke the feeling of observing quantum phenomena. Laura Piispanen at Aalto University in Finland notes that while many quantum games already exist, many rely on simulations; Quantum Backrooms stands out by utilizing actual quantum hardware during development, though players do not require access to such technology.
Michael Cook at King’s College London suggests that Quantum Backrooms may be the most polished and playable quantum game to date, emphasizing the role of game developers in driving innovation with emerging technologies. Cook says that unusual demands or ideas for new technology often drive real change in research, suggesting that this project could accelerate the integration of quantum computing into consumer products; Wootton shares this vision, predicting a trajectory similar to the recent surge in consumer-facing artificial intelligence applications. “Just as AI went from being a research product to suddenly becoming something very relevant to consumers within the past few years, I think that we’re going to see the same thing for quantum computing,” he states.
Moth Quantum’s Game Signals Growing Interest in Quantum Computing
Beyond academic simulations, the principles of quantum mechanics are increasingly finding expression in unexpected creative outlets. The recent release of Quantum Backrooms demonstrates a growing intersection between quantum computing and interactive entertainment. Developed by Moth Quantum, the horror game utilizes a real quantum computer to generate its unsettling, labyrinthine levels, moving beyond simple algorithmic mimicry of quantum phenomena to leverage actual quantum processes in game development. While players do not require access to quantum computers to play, the game’s levels were generated using quantum hardware during development, adding a layer of authenticity to the experience.
Just as AI went from being a research product to suddenly becoming something very relevant to consumers within the past few years, I think that we’re going to see the same thing for quantum computing.
