I experienced this while trying out some state-of-the-art Sony goggles one of their sales reps was demoing at my workplace.
I experienced this while trying out some state-of-the-art Sony goggles one of their sales reps was demoing at my workplace.
But it's not actually as big of a deal as it sounds, at least for most people. Crosstalk is a more common source of eyestrain and luckily easy to fix.
Why tease it like that? Why not just say how you solved it? There are a handful of people who have published options [1] and nobody has ripped them off.
In fact we have a whitepaper that does the same and I'm happy to share our approach which is also a VRD system based on pinlight display with some persistence of vision tricks. Quick, everyone sign an NDA!
[0] https://www.osapublishing.org/jdt/abstract.cfm?uri=jdt-10-4-...
Our approach uses a separated LED array at high refresh rate, with each point source serving as something like a raster display source. Each point source is "injected" via fiber into a slotted waveguide which collimates of the light with a form of the pinlight system - though MEMS is actually a better way to go however more difficult to build. Thats the short version.
Actually we might not to go forward with commercialization - though we are working with some DoD labs so they might take it on. Hardware is a bitch, especially high risk hardware like this, and our business goals don't really align with it. We also think we have a bigger potential market with some of the other stuff we are doing with mapping and tracking within the AR metaverse (silly word but makes sense).
I don't mention half the crap I've "solved" in various handwritten pages and folios over the years, why?
Because I have not solved anything till Joe Average can just get it tomorrow on Amazon Prime or instantly via some web page. It's rude to be a tease.