Experiments into amorphous carbon monolayer lend new evidence to physics debate
![Atomic structure of MAC from TEM. Credit: <i>Nature</i> (2020). DOI: 10.1038/s41586-019-1871-2 Experiments into amorphous carbon monolayer lend new evidence to physics debate](https://scx1.b-cdn.net/csz/news/800/2020/5e1618aa8e7a5.jpg)
Plastic, glass and gels, also known as bulk amorphous materials, are everyday objects to all of us. But for researchers, these materials have long been scientific enigmas—specifically when it comes to their atomic makeup, which lacks the strict ordered structure of crystals found in most solids such as metals, diamonds and salts.
Although generally believed by the scientific community to be continuous random networks of atoms, a long-standing, fundamental question existed: Are amorphous materials truly continuous random networks or do they have nanocrystallites embedded within them?
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