阻塞流动以开启量子材料的记忆功能
理解和控制相变是物理学的基础，也是许多技术革命的核心。目前，具有结构和电子相变耦合的材料备受关注，通过控制相变的可塑性可以自然地产生内置记忆，这是模拟神经元和突触以实现“类脑”或仿生计算技术的关键一步。
Phys.org Quantum Physics
Publisher
Oct 14, 2026 at 2:00 PM UTC · 1 分钟阅读
理解和控制相变是物理学的基础，也是许多技术革命的核心。目前，具有结构和电子相变耦合的材料备受关注，通过控制相变的可塑性可以自然地产生内置记忆，这是模拟神经元和突触以实现“类脑”或仿生计算技术的关键一步。
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Originally reported by Phys.org Quantum Physics
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