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原文連結
論文資訊
- 類型：已發表論文
- 日期：2017-09-08
摘要
Control of the global parameters of complex 網絡s has been explored experimentally in a variety of contexts. Yet, the more difficult prospect of realizing arbitrary 網絡 architectures, especially analog physical 網絡s that provide dynamical control of individual nodes and edges, has remained elusive. Given the vast hierarchy of time scales involved, it also proves challenging to measure a. complex 網絡's full internal dynamics. These span from the fastest nodal dynamics to very slow epochs over which emergent global phenomena, including 網絡 同步化 and the manifestation of exotic steady states, eventually emerge. Here, we demonstrate an experimental system that satisfies these requirements. It is based upon modular, fully controllable, 非線性 radio frequency nanomechanical oscillators, designed to form th
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