The idea that chaos interferes with measurements in atomic-force microscopy has been sort of an urban myth over the years, but we have now proven this to be a fact.

You very rarely see chaos and nanotechnology mentioned together, but it's nice to know that chaos is not just something that happens on the large scale.

This is the first experimental proof that under some reasonable operating conditions these cantilevers can oscillate chaotically. We are not claiming that our findings answer all of the questions about what causes the chaotic behavior in atomic-force microscopy. There could be additional reasons for the chaotic behavior.

When you dismantle a system in which there is a despot who controls his people by force, you have chaos. I'm not sure we won't miss Saddam.

(Q: From an outsider’s perspective, what you call “chaos magick” has a lot of rules, discipline, and order involved, and doesn’t seem very chaotic at all. What would you say to such a person?)
A: I differentiate sternly between Chaos and Entropy. Only highly ordered and structured systems can display complex creative and unpredictable behaviour, and then only if they have the capacity to act with a degree of freedom and randomness. Systems which lack structure and organisation usually fail to produce anything much, they just tend to drift down the entropy gradient. This applies both to people and to organisations.

God is not anything human. God is a force, God is chaos, God is unknown. God is terror and enlightenment at the same time.