Imagine a brain made of gelatin that not only stores but improves your performance in minutes. It seems impossible, but it is Exactly what a new system of has managed to do artificial intelligence (AI) developed atBritish University of Reading. This advanced gelatinous “brain” has been shown to be able to learn to play Pongthe classic ping pong video game, improving dramatically in about 24 minutes. But what does all this mean for the future of technology?
For many, Pong it’s the first video game that comes to mind when talking about classic video games. A simple game, but now used to test cutting edge technology. researchersled by Yoshikatsu Hayashithey used a material similar to gelatin, connected to electrodes, to create an artificial brain capable of learning and improving at the game. Initiallythe system hit the ball only half the time, but within a 24 minutes has increased its success rate at 60%. This could be It may seem like a modest advance, but it represents a significant achievement in the field of smart materials.
How does the gelatinous brain work?
The key to this success lies in the ability of the gelatinous material to change shape in response to electrical stimuli. This change allows the system to memorize and adapt its responses. The procedure is similar to that used in a experiment of the 2022where neurons grown in the laboratory had been stimulated electrically to learn to play Pong. The novelty here is the application of this idea to a synthetic materialdemonstrating that even the simplest materials can exhibit complex and adaptive behaviors.
This experiment is not just a scientific curiosity. The possibility of having smart materials who can learn and to adapt has enormous potential applications. Think of soft robots that can adapt to their environment, prosthetics that improve their performance over time, or environmental sensors that adapt to surrounding conditions. As underlines hayashi,
“Our research shows that even very high-performance materials simple can exhibit complex and adaptive behaviors typically associated with living systems or the most sophisticated Artificial Intelligences.”
What do you think?
This discovery represents a significant step forward in the creation of smart materials. The possibility that such basic materials could store and adapting to challenges is fascinating and opens up new possibilities in the field of technology. Are you excited about the idea of see like these technologies could evolve and influence our future? For remain updated on these and other innovations scientificcontinue to follow us and discover Together the world of high technology to us.
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