Linking Light and Electrons

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Linking Light and Electrons

机译：连接光和电子

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Scientists at Harvard University, working with colleagues in Singapore and China, have developed a new device that operates at nanoscales and is capable of converting an optical signal into a wave of electrons that can travel on a metal surface. The technology could lead to the next generation of on-chip optical connections between optical and electronic devices.

机译：哈佛大学的科学家与新加坡和中国的同事合作开发了一种新设备，该设备可以在纳米级运行，并且能够将光信号转换为可以在金属表面传播的电子波。该技术可能导致光学和电子设备之间的下一代片上光学连接。

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《Signal》 |2013年第10期|11-11|共1页
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7. Figure 1: (A) Example of a text-based forma mentis network. A TFMN can be represented either as an edge-coloured graph or as a multiplex network. Positive (negative) words are highlighted in cyan (red). Neutral words are in black. Syntactic links between positive (negative) words are highlighted in cyan (red) too. Syntactic links between positive and negative concepts are in purple. All semantic links of meaning overlap are highlighted in green. (B) Infographics about how a TFMN is assembled. Individuals organise their knowledge and emotional perception of the real world in their mental lexicon (comic clouds). [O] . -1

机译：图1：（a）基于文本的Forma Mentis网络示例。 TFMN可以用作边缘彩色图形或作为多路复用网络表示。在青色（红色）突出显示正（负）单词。中立词是黑色的。在青色（红色）突出显示正（否定）单词之间的句法链接。正面和消极概念之间的句法链接在紫色。含义重叠的所有语义链接都以绿色突出显示。（b）关于TFMN如何组装的信息图表。个人在他们的精神词典（漫画云）中对现实世界组织了他们的知识和情感感知。

Linking Light and Electrons

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