Ivan Maksymov, a researcher at Charles Sturt University in Australia, is exploring the fascinating intersection of quantum physics and artificial intelligence. He has created a model that mimics how we perceive visual illusions, specifically the Necker Cube and the Rubin Vase, where our minds can interpret an image in two different ways.
Maksymov designed a deep neural network that uses a concept called quantum tunneling. This allows the AI to process information similarly to how humans interpret these illusions. When fed one of the illusions, the AI switches between the two interpretations just like people do. Remarkably, the timing of these switches is similar to what we experience in tests.
“It’s quite close to what people see in tests,” Maksymov notes. While he doesn’t claim our brains possess quantum properties, he believes this research can shed light on human decision-making. This area of study is key, especially since space exploration is on the rise, and understanding human cognition could play a pivotal role in future missions.
In fact, a recent survey by NASA found that 76% of astronauts reported experiencing visual illusions in space. This suggests that understanding these cognitive processes could help improve training for astronauts, making them better prepared for the challenges of space travel.
Maksymov’s research taps into a growing field known as quantum cognition. This branch posits that aspects of our thought processes might be modeled more effectively through quantum theory. For instance, when we perceive visual illusions, our brains are essentially making choices between conflicting interpretations.
As this research unfolds, it could open new doors in both AI development and our understanding of human perception. By bridging quantum physics and cognition, Maksymov is contributing valuable insights to both science and technology. For more details on advancements in artificial intelligence, you can check out MIT Technology Review.
