实验室出生的人类神经元 在芯片上学会玩"末日", 推进生物计算。 Lab-grown human neurons on a chip learned to play Doom, advancing biological computing.

科蒂亚实验室的一个生物技术小组 已经训练了实验室培养的人类神经元 使用硅芯片来玩"末日" 标志着生物计算方面的一大进步 A biotech team at Cortical Labs has trained lab-grown human neurons on a silicon chip to play Doom, marking a major step in biological computing. 该系统使用约20万个神经元的微电极阵列,将游戏刺激转换成电子信号,并将神经反应解释为游戏中的动作。 Using a microelectrode array with about 200,000 neurons, the system translated game stimuli into electrical signals and interpreted neural responses as in-game actions. 当神经元表现出适应性学习的同时, 他们挣扎着游戏的复杂性, 反映了目前的生物局限性。 While the neurons showed adaptive learning, they struggled with the game’s complexity, reflecting current biological limitations. 这项突破是基于Pong的早期成功, 并展示了混合有机-无机系统在神经科学研究,药物测试和下一代计算方面的潜力. The breakthrough builds on earlier success with Pong and demonstrates the potential of hybrid organic-inorganic systems for neuroscience research, drug testing, and next-generation computing.