A collaboration between MOTH, Onward Studios, VTT, IBM, and IQM will demonstrate the integration of quantum algorithms into a live massively multiplayer online (MMO) game, ‘Space Moths’, at GamesCom 2025. The game utilises MOTH’s Quantum Reservoir Computing system, powered on-demand by a quantum processing unit (QPU), to continuously generate game levels via a quantum machine learning algorithm. MOTH posits that this application of quantum computing, leveraging phenomena such as superposition and entanglement, represents a shift in media technology, potentially addressing issues of disinformation, content homogenisation, and declining trust currently affecting existing systems. The company anticipates quantum technologies will fundamentally reshape content creation, processing, and the overall user experience in media and entertainment.
Quantum Gaming Demonstrated
The demonstration of Space Moths at GamesCom 2025 will integrate quantum algorithms directly into a live massively multiplayer online (MMO) game experience. This game is built on MOTH’s Quantum Reservoir Computing system and is powered on-demand by a quantum processing unit (QPU). The project represents a collaboration between MOTH, Onward Studios, VTT, IBM and IQM, facilitating access to the necessary quantum hardware for its operation.
Game levels within Space Moths will be continuously generated using a quantum machine learning algorithm, providing players with a dynamic and evolving experience. MOTH, the technology company behind this implementation, focuses on delivering consumer products and services powered by quantum computing, with a stated mission to shape the future of media, entertainment and culture. The company suggests that quantum technologies will unlock new methods for content creation, processing and experience, extending beyond gaming to include immersive virtual worlds, novel audio formats, and generative visual tools.
MOTH posits that the emergence of quantum computing will represent a significant shift in media technology, analogous to the impact of the printing press or the rise of digital and social media. Current media systems, reliant on recommendation algorithms, networked infrastructure and generative artificial intelligence, are exhibiting signs of strain, including the proliferation of disinformation, content homogenisation and a decline in trust. The company argues that quantum technologies offer a fundamentally new technological paradigm to address these issues.
Quantum computing differs from conventional digital computers by leveraging complex quantum phenomena such as superposition and entanglement to tackle problems. Superposition enables a quantum bit, or qubit, to represent multiple states simultaneously, while entanglement links the fates of two or more qubits, irrespective of the distance between them. MOTH believes that these unique affordances will profoundly shape how individuals connect, create, and are entertained, ultimately defining the mechanics of the next media era.
The Promise of Quantum Media
The demonstration of this technology will be unveiled at Gamescom 2025, integrating quantum algorithms directly into a live massively multiplayer online (MMO) game experience. This implementation is a collaborative effort between MOTH, Onward Studios, VTT, IBM and IQM, providing access to the necessary quantum hardware. MOTH views this as a means to shape the future of media, entertainment and culture, anticipating that quantum technologies will unlock new methods for content creation, processing and experience.
Historically, media has been shaped by its underlying technology, with previous shifts occurring with the advent of the printing press and subsequently, digital and social media. Current media systems, reliant on recommendation algorithms, networked infrastructure and generative artificial intelligence, are exhibiting signs of strain, including the proliferation of disinformation, content homogenisation and a decline in trust. MOTH argues that quantum computing represents a fundamentally new technological paradigm to address these challenges and define the mechanics of the next media era.
Quantum computing differs from conventional digital computers through its utilisation of complex quantum phenomena, such as superposition and entanglement, to tackle problems. Superposition allows a quantum bit, or qubit, to represent multiple states simultaneously, while entanglement links the fates of two or more qubits, regardless of the distance separating them. MOTH believes that these unique affordances will profoundly shape how individuals connect, create, and are entertained.
Quantum Computing Explained
The game, built on MOTH’s Quantum Reservoir Computing system, is powered on-demand by a quantum processing unit (QPU). Game levels will be continuously generated using a quantum machine learning algorithm, ensuring a dynamic and evolving experience for players. This approach signifies MOTH’s focus on delivering consumer products and services powered by quantum computing, with a mission to shape the future of media, entertainment and culture.
MOTH posits that quantum technologies will unlock new methods for content creation, processing and experience, extending to immersive games, virtual worlds, novel audio formats and generative visual tools. The company suggests that this transformation will define the mechanics of the next media era, building on the historical precedent of media being shaped by underlying technology, from the printing press to digital and social media.
Current media systems are exhibiting signs of strain, including the proliferation of disinformation, content homogenisation and a decline in trust, prompting MOTH to argue that quantum computing offers a fundamentally new technological paradigm. Quantum computing offers a radically different approach to information processing, leveraging complex quantum phenomena to tackle problems, unlike conventional digital computers that operate through step-by-step binary logic.
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