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All transparent materials bend light.
"They want to bend light to hide the truth".
For example, a metamaterial can have a negative index of refraction, the ability to bend light backwards, unlike all materials found in nature, which bend light forward.
Nanostructured sheets of silicon can bend light in unusual ways, eliminating the need for bulky lenses.
To get around these limitations, a lens must refract, or literally bend light backward.
Einstein's theory of general relativity predicted that massive objects could bend light rays passing nearby.
Such a material would not bend light at all but would transmit it perfectly, with no reflection.
The density of air, which affects the air's ability to bend light, depends on temperature and pressure.
Astronomers took advantage of cosmic "lenses" formed by the massive gravity of distant galaxies, which bend light in strange ways.
Einstein had predicted that the gravity of a massive object such as the Sun would bend light.
The crystals change how the lenses refract or bend light, just as varying levels of thickness do in traditional glasses.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com