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Combiners can use [[HOE]]s to reflect light in a way where the angle of incidence does not equal the angle of reflection.<ref name="g872">{{cite web | last=Blanche | first=Pierre-Alexandre | title=Holographic Combiners Improve Head-Up Displays | website=Photonics Spectra | date=2019-03-18 | url=https://www.photonics.com/Articles/Holographic_Combiners_Improve_Head-Up_Displays/a64487 | access-date=2024-09-03}}</ref>
Combiners can use [[HOE]]s to reflect light in a way where the angle of incidence does not equal the angle of reflection.<ref name="g872">{{cite web | last=Blanche | first=Pierre-Alexandre | title=Holographic Combiners Improve Head-Up Displays | website=Photonics Spectra | date=2019-03-18 | url=https://www.photonics.com/Articles/Holographic_Combiners_Improve_Head-Up_Displays/a64487 | access-date=2024-09-03}}</ref>
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+==Types==
+* Reflector (Like in [[Project North Star]] and [[Meta 2]])
+* Diffractive waveguide (Like in the [[Magic Leap 1]])
+* Reflective waveguide (Like from [[Lumus]])
+* Holographic optical element
==References==
==References==