雷丁大学的研究人员训练了一种水凝胶来玩 Pong，展示了它的学习和适应能力。 Researchers at the University of Reading trained a hydrogel to play Pong, showcasing its learning and adaptive capabilities.

雷丁大学的研究人员训练了一种水凝胶来玩经典游戏 Pong，展示了它随着时间的推移学习和适应的能力。 Researchers at the University of Reading have trained a hydrogel to play the classic game Pong, demonstrating its ability to learn and adapt over time. 与游戏的计算机模拟相配合的水凝胶显示,由于电动效应产生的带电粒子的移动,通过一种初级的“模拟”形式,其性能有所改善。 The hydrogel, interfaced with a computer simulation of the game, showed improved performance through a rudimentary form of 'memory' created by the movement of charged particles in response to electrical stimulation. 这一突破可导致开发新的“智能”材料,能够学习和适应环境,并有可能在软机器人、假肢和环境感知等领域应用。 This breakthrough could lead to the development of new 'smart' materials that can learn and adapt to their environment, with potential applications in fields such as soft robotics, prosthetics, and environmental sensing.