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Lists of unusual things in Wikipedia mainspace (see Category:Lists of things considered unusual) should have an external reference for each entry that specifically classifies it as unusual, to avoid making it a point of view (POV) fork of original research. Still, all such lists risk being deleted for lack of a neutral definition of what counts ...
Most things that implode are pretty much off the list too, with a few exceptions. Anything written under the influence of recreational substances or while tired and emotional. An article about another article, written after the use of aforementioned substances. A fork of an existing article for the sole purpose of adding some humor. The weather ...
Wikipedia:Lamest edit wars – Occasionally, Wikipedians get into edit wars over the most petty things. Wikipedia:List of really, really, really stupid article ideas that you really, really, really should not create. Wikipedia:No climbing the Reichstag dressed as Spider-Man. Wikipedia:Silly Things/Wikipedia's article on George W. Bush.
Image credits: fanmaps. Here are some fun map facts for you: one of the oldest surviving maps is the Babylonian Map of The World. Archaeologists date it back to around 700 to 500 B.C. The map was ...
Here are 10 times when JK Rowling made the Twitter community, and the world in general, a safe, loving, empowering, and creative place. 1. When she made all Potterheads, or "Harry Potter" fans ...
Consistent with this practice, the only restriction Freedman notes in the book's introduction is that he was limited in what he could write about on a few matters concerning intelligence - this restriction usually applies only to material on intelligence collection operations or practices that remain active.
www.stuffyoushouldknow.com (defunct) www.iheart.com /podcast /105-stuff-you-should-know-26940277 /. Stuff You Should Know, often abbreviated as SYSK, is a podcast and video series published by iHeartRadio and hosted by Josh Clark and Charles W. "Chuck" Bryant. The podcast, which launched in 2008, educates listeners on a wide variety of topics ...
Laser cooling relies on the change in momentum when an object, such as an atom, absorbs and re-emits a photon (a particle of light). For example, if laser light illuminates a warm cloud of atoms from all directions and the laser's frequency is tuned below an atomic resonance, the atoms will be cooled.