Artificial intelligence (AI) pioneer Alan Turing infamously asked many years ago, "Can machines think?" Today, Oxford mathematician Marcus du Sautoy poses an equally provocative question: Can machines create? In his new book, "The Creativity Code: Art and Innovation in the Age of AI," du Sautoy explores the structural nature of creativity in human endeavors, and looks at areas where AI can have the most influence. "Creativity is a code that evolution across millions of years has honed inside our brains," du Sautoy writes. "Is our creativity in fact more algorithmic and rule-based than we might want to acknowledge? Can we hope to crack the creativity code?"
As Marcus du Sautoy greets me at the entrance to New College, Oxford, his appearance is a quiet riot of colour. His clothes rather suggest someone who ran into White Stuff or Fat Face and frantically grabbed anything he could find – in this case, a salmon zip-up top, multihued check trousers and shoes that are a headache-inducing shade of turquoise. When we settle down to talk in a nearby meeting room, he repeatedly glances at a notepad – whose pages, just to add to all the garishness, are a bold shade of yellow. They are full of what look like scrawled equations, mixed with odd-looking shapes: the raw material, he explains, of a project involving very complicated geometry. "There's an infinite symmetrical structure that I'm looking at," he says, "and I think the top bit of it will tell me everything that's going on inside it. It's almost like an infinite lake, and I should be able to know everything that's happening in it by looking at the first centimetre."
Someday, artificial intelligence could become so advanced that it gains the ability to think creatively -- and, perhaps, so vastly surpasses humanity's artistic abilities that it would have to explain its creations to our squishy, primitive brains. At least, that's one of the predictions that physicist, philosopher, and creativity scholar Arthur Miller makes in his new book, "The Artist in the Machine." The book, released last month, details how machines are starting to demonstrate creativity, from learning to improvise music to pulling together insights from seemingly unrelated fields of research -- and suggests how the trend might continue. Futurism caught up with Miller to chat about his book and his thoughts on art and the future of creativity. While some of the technology Miller describes, like artificial general intelligence, is probably hiding in the distant future, he argues that today's technology may be more creative than most assume.
Standing in a wood-paneled room at the University of Oxford, surrounded by her artwork, Ai-Da looks out at her creations. "I want people to know that our times are powerful times," she says slowly, pausing between sentences. Like many artists, she wants her work to promote discussion. And yet unlike other artists, Ai-Da tells us with a blank expression and glassy eyes that only blink occasionally, she does not have consciousness, thoughts and feelings. Ai-Da's creators bill her as the world's first robot artist, and she's the latest AI innovation to blur the boundary between machine and artist; a vision of the future suddenly becoming part of our present.