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FSD, Waveguides, and Focus/Depth Planes – A Fatally Flawed Foundation While you can’t find what Magic Leap hypes as “photonic light field chip” anywhere in their patent application, they do discuss diffractive (mostly) waveguides. I have previously discussed some of…
Introduction It has been sometime since I wrote about Magic’s Leap’s technical activity. So I thought in light of the recent Rolling Stone reveal, it was time to discuss what Magic Leap is really doing and separating out the marketing…
For this blog which has been describing Magic Leap’s technology for over a year, the Rolling Stone “Reveal” (R.S. Reveal) of the form factor was a non-event. It was just a way for Magic Leap hype train make some news…
A Snapshot Into Magic Leap Circa July 2013 I was working through some Magic Leap history I have collected and comparing it to the Magic Leap One shown in the Rolling Stone Article. In my collection, I had a 197…
Is that all? Magic Leap just announce the “Magic Leap One” in, of all places, a Rolling Stone Article rather than the technical press. Actually “announce” is too strong a word for what Magic Leap did, it is more of a…
Meeting At CES 2018 I’m going to be at CES in Las Vegas again from Tuesday January 9th through Friday January 12th. If you would like to meet, please email me at meetces18@kgontech.com. Please include you contact information, reason you…
Introduction I’m getting ready to write a much requested set of articles on the pro’s and con’s of various types of microdisplays (LCOS, DLP, and OLED in particular with some discussion of other display types). I feel as a prerequisites,…
That Was Fast – Two “Bug-Eye” Headsets A few days ago I published a story on the Disney Lenovo Optics and wondered why they didn’t use a much simpler “bug-eye” combiner optics similar to the Meta-2 (below right) which currently…
Disney Announced Joint AR Development At D23 Disney at their D23 Fan Convention in Anaheim on July 15th, 2017 announced an Augmented Reality (AR) Headset jointly developed with Lenovo. Below is a crop and brightness enhanced still frame capture from…
Introduction As discussed in Part 1, the basic concept of foveated display in theory should work to provide high angular resolution with a wide FOV. There is no single display technology today for near-to-eye displays. Microdisplays (LCOS, DLP, and OLED)…
