此次中国科学技术大学自主研发的毫秒级时间分辨冷冻电镜技术正是基于这一理念，在冷冻同步精度、原位高分辨三维重构等方面实现了提升。团队将光遗传学刺激反应与毫秒级投入冷冻方法相结合，不用将神经突触从细胞中分离，可以直接在接近生理状态的环境下开展观测。通过激光精准触发神经信号后，在4毫秒至300毫秒的关键时间窗口内完成急速冷冻，首次清晰拍到突触囊泡“亲吻”细胞膜、形成微小通道释放信号分子，之后又“收缩离开”的完整动态链——相当于制作了一部分子尺度的“高清影片”。这一成果不仅统一了半个世纪以来学界关于突触囊泡释放与回收机制的争议模型，还为理解神经信号传递、神经可塑性及相关脑疾病机理提供全新视角。
See also a wonderful writeup Resurrecting Crimsonland by banteg on decompiling a 2003 top-down shooter, with a very clear goal to be faithful:
这两起事件共同构成了一个市场信号：在AI技术快速发展的背景下，软件优势和市场地位可能不再是稳固的竞争壁垒。资本开始从关注增长预期，转向寻求资产的稀缺性。这为分析半导体产业链的内在价值提供了新的视角。，推荐阅读新收录的资料获取更多信息
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。关于这个话题，新收录的资料提供了深入分析
We deserve a better stream API. So let's talk about what that could look like.
Intel documentation describes the 386's Protection Test Unit as a component that "implements fast testing of complex memory protection functions." It is mostly composed of a PLA (Programmable Logic Array), referred to as Test PLA by Intel, that is physically visible by its regular appearance on the die. This single piece of combinational logic replaces what would otherwise be dozens of multi-cycle conditional branches in the microcode. Instead of testing privilege rules sequentially, the microcode issues a single protection test operation, and the PLA evaluates all applicable rules in parallel, producing a complete decision in one evaluation: continue, fault, or redirect to a gate handler.，更多细节参见新收录的资料