What is Quantum Computing, and Why Should Creatives Care?

Quantum computing –  it’s mind-bending, bordering on philosophical, and yet, it’s not science fiction. This field holds the potential to reshape not just science and technology, but how we express ourselves creatively. What can we build with it?

Forget about what you know about computers; quantum computing is an very different way of thinking about computation that isn’t just about processing information more quickly. Take a light switch. Similarly to that switch, a standard computer bit can be either on (1) or off (0). On the reverse hand, qubits are used in quantum computers. Envision these qubits as switches for dimmer lights. “Superposition” is a mind-bending idea that lets them to exist in numerous states all at once, whether they are on, off, or somewhere in between. And that’s not all. Further, qubits can can also be linked together through entanglement, creating a powerful network that can tackle problems far beyond the reach of even the most powerful supercomputers today.

What can quantum computers do and what does it mean for creative work?

Imagine songs that completely break conventional harmonies, images with unimaginable geometries, and a story that evolves in real time based on how you respond to it. The ability of quantum algorithms to generate outputs and patterns that are unthinkable for humans opens up entirely new types of creative expression. Startups like Moth are already leading the way in this area, developing quantum synthesizers and music processing tools that enable musicians to work directly with the technology. Here are some speculative scenarios on how we can use quantum computers.

• Immersive realities:
  Virtual worlds that are remarkably lifelike could be produced with quantum computing, which would enable even more immersive VR experiences. Envision environments that are as realistic as in 3 body problem – all made possible by quantum’s real-time processing of large datasets and intricate computations.
• Responsive narratives:
  Stories produced using quantum technology can change and develop in response to user input. Imagine watching movies that modify their plots in response to your responses or books that alter their plot depending on your decisions. This degree of participatory, personalized storytelling is nearing.
• Hyper-personalized experiences:
  With the use of complex algorithms, quantum-powered social networks may be able to match us with people who match our personalities and interests perfectly while protecting our data with quantum encryption. Or imagine having a personal assistant who knows you better than anyone, using your daily habits and routines to offer personalized support.
• Generative power:
  Unlike “classic” AI, which relies on massive datasets, quantum systems can generate unique and unexpected output with less training data. As a result, by training models with small datasets, artists can create dynamic and singular music, images, and other forms of art. Envision a composer who creates a whole song with just a few initial notes, or a computer game where the environment changes on its own.
• A new way of thinking around creative work:
  The approach to creativity given by quantum computing is at its core entirely different. Similar to how some reason around classical AI – exploring the inherent weirdness and connection of the quantum world is more important than just imitating human creativity. Quantum computers are currently being used by artists to explore ideas like entanglement and non-binary states, giving us unexpected new views on the world.

The future of quantum computing

Some applications of quantum computing will appear sooner than others, and its adoption will be gradual. But quantum computing can become a creative leap as well as a technological one. It’s a call for humanity into novel territories, to have creatives and artists stretch the limits of their way of working in developing human experiences that were not possible before