Question

From a wave perspective, a mirage is not a trick of the mind but the result of wave refraction in a temperature
gradient. Similar wave bending happens with water waves slowing in shallow regions or sound waves curving in
the atmosphere.
There are different types of mirages. An inferior mirage, commonly seen on hot roads, appears below the actual
object. Superior mirages, which occur in colder conditions, can make distant objects appear higher than they really
are.
In all cases, mirages demonstrate how waves respond to changes in their environment. By understanding light as a
wave, mirages become a clear example of how physical laws shape what we see.
Summarize the article in your words. Include an image (Internet produced is ok)

Answer 1

Summary
A mirage is a real optical effect caused by refraction of light in layers of air with different temperatures (and therefore different refractive index). Light rays bend gradually in a temperature gradient, producing displaced or distorted images of distant objects — similar to how water waves bend when they slow in shallow water or how sound waves curve in the atmosphere. An inferior mirage (common on hot roads) forms below the real object, while a superior mirage (including Fata Morgana) occurs in colder layers and can lift or invert distant objects. Mirages are thus an everyday demonstration of wave behavior governed by physical laws, not an illusion of the mind.

Image examples
- Wikipedia article on mirages (includes photos and diagrams): https://en.wikipedia.org/wiki/Mirage
- Wikimedia Commons search results for freely licensed mirage photos: https://commons.wikimedia.org/wiki/Special:Search?search=mirage&go=Go

If you want, I can fetch a specific image file and give the exact attribution details for reuse.