“在声、光、电、磁四种大脑调控方式里，超声具有独特优势。超声不是新技术，在医学成像中有超50年历史，超声刀也已比较成熟。但近十年的关键突破在于低强度聚焦超声，学术研究发现，它可以在不损伤神经元的前提下，调控特定脑区的神经活动，产生兴奋性或抑制性调节效应。这些科学发现和初步临床研究，让超声脑机接口的开发成为可能。”彭雷对36氪表示。
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These requirements will hopefully become more clear as we start trying out different algorithms, and seeing examples of their successes and failure modes. Before we get too deep in the weeds, though, I want to emphasise that not all reactive systems are the same, and some don’t need all of these requirements. For example, lots of simple reactive systems work just fine with static dependencies only, trading off some efficiency wins for implementation simplicity. Similarly, glitches are only important if they are actually observed, so some reactive systems will be glitch-y by default, but provide tools for syncing nodes together if the user actually needs them to be in sync.
have finished producing work and all of them can stop.
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