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It can be connected to a computer to display dynamic light field imagery and UI.

It can be connected to a computer to display dynamic light field imagery and UI.

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==Sequential==

===Sequential===

A [[sequential light field display]] is a display that generates groups of rays at various focus distances one after another, and displays to the eye in rapid succession.

A [[sequential light field display]] is a display that generates groups of rays at various focus distances one after another, and displays to the eye in rapid succession.

Sequential light field displays have been developed by [[Andrew Maimone]] and [[CREAL]].

Sequential light field displays have been developed by [[Andrew Maimone]] and [[CREAL]].

==Microlens-based==

===Microlens-based===

{{detail|Microlens-based light-field display}}

{{detail|Microlens-based light-field display}}

A light field display can be made by putting a [[microlens array]] in front of a traditional flat display.<ref name="w353">{{cite web | title= | url=https://research.nvidia.com/sites/default/files/pubs/2013-11_Near-Eye-Light-Field/NVIDIA-NELD.pdf | access-date=2024-07-09}}</ref> This can be done by taking a laptop computer and putting a microlens sheet in front of it.

A light field display can be made by putting a [[microlens array]] in front of a traditional flat display.<ref name="w353">{{cite web | title= | url=https://research.nvidia.com/sites/default/files/pubs/2013-11_Near-Eye-Light-Field/NVIDIA-NELD.pdf | access-date=2024-07-09}}</ref> This can be done by taking a laptop computer and putting a microlens sheet in front of it.

Instead of using high-PPI displays, it is possible to use [[fiber optic image conduit]]s to transport light from a physically larger and high resolution display in a flexible way to a head-mounted apparatus, where microlensing can take place for light field generation.

Instead of using high-PPI displays, it is possible to use [[fiber optic image conduit]]s to transport light from a physically larger and high resolution display in a flexible way to a head-mounted apparatus, where microlensing can take place for light field generation.

==References==

==References==