To prove his contention, he and his colleagues set about building a circuit that would, like the slime mould, learn and predict future signals.
为证明他的论点,他和他的同事试图建造一个像黏菌一样工作的电路,能够学习并预测未来的信号。
In the experiment, cities were represented by porridge oats that were linked to one another as the slime mould grew.
在这个实验中,当黏菌生长时,麦片代表的城市被一个接一个地连接起来。
At room temperature, the slime mould moves at a slothful rate of about a centimetre per hour, but you can speed this movement up by giving the mould a blast of warm, moist air.
在室温下,这种黏菌以极慢的速度移动,大概1厘米每小时,但是你可以给它一鼓温暖潮湿的空气来加快它的速度。
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