| Main Site areas:
Where can you go from here? |
Imaging & Displays
 | Data Phone/Handheld Internet Display
| Wearable Display | |
Microdisplays
(tiny high resolution display on a chip) are part of the solution, but without
the critical magnifying and illumination optics, they can't display
high-definition Web content. You simply can't read the microdisplay when it is
the size of a tiny silicon chip - by definition it's microscopic!
In this application, the DigiLens ASIL holographically
encapsulates the prescriptions of multiple lenses within a slim glass
(laminated) solid state ASIL, saving space and decreasing weight, complexity and
cost. The optical characteristics are calculated, computer-generated, and
holographically recorded using proprietary software. When the ASIL is embedded
within a display, any single layer of the multi-layer DigiLens ASIL may be
switched clear momentarily, allowing the next "stacked" layer's
optical properties to become activated. For instance, by switching a layer clear
and synchronizing it with each of the microdisplay RGB sequential display
cycles, the DigiLens is able to solve this complex magnification problem
resulting in a clear big (microdisplay) screen to look at….. all from your
cell phone!
| OELWeb Features: |
| Undergraduate course notes can be found
here.
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