瑞士科学家从干细胞中培养小型机芯,以发展高能效的、学习生物计算机。 Swiss scientists grow mini-brains from stem cells to develop energy-efficient, learning biocomputers.

瑞士科学家正在利用由干细胞制成的实验室培育的人类脑有机体开发生物计算机,目的是建立能学习和应对刺激的节能“湿软件”系统。 Swiss scientists are developing biocomputers using lab-grown human brain organoids made from stem cells, aiming to create energy-efficient "wetware" systems that can learn and respond to stimuli. 这些微型脑膜存活长达四个月,显示基本神经活动,可以处理电子信号,尽管它们缺乏血管,而且仍然不易理解。 These mini-brains, kept alive for up to four months, show basic neural activity and can process electrical signals, though they lack blood vessels and remain poorly understood. 该研究由Vevey的FinalSpark牵头,探索使用活细胞进行人工智能和计算任务,美国和澳大利亚也正在作出类似的努力。 The research, led by FinalSpark in Vevey, explores using living cells for AI and computing tasks, with similar efforts underway in the U.S. and Australia. 这项工作虽然仍处于实验阶段,但标志着生物计算向前迈出了一大步,尽管广泛使用还早于数年。 While still experimental, the work represents a significant step toward biological computing, though widespread use remains years away.