The main application that sells it is likely to be less specialised than the cool demos, which are always a bit niche (modelling industrial design for motorbikes etc).
I wonder if its "killer app" might just be that now a virtually big screen takes up little physical space/weight.
Clear the big monitor off your desk, now your 11" laptop (or smaller) can effectively have a 40" screen, etc.
Unlike Oculus, you can still see the real world. Unlike Google Glass, it's a big display and not an awkward eye movement.
There's still the barriers of
- showing other people stuff
- social awkwardness of sitting with a keyboard seeming (to others) to be staring into empty space while working
- it might feel like wearing a hat
- what's the effective pixel density like?
This is the clear winner for me. A portable, wireless keyboard + hololens = the biggest virtual desktop in the world that also doesn't shut you out from reality / coworkers / your desk / etc. Whether or not the more ambitious use-cases ever materialize, I'd be happy to trade in my macbook for this.
The focal point is a problem. It is advised to keep your screen at >65cm so your eye doesn't have to accomodate (coincidentally, the length of your arms). A big problem of Google Glass is the focal point is a few cm away and it is known to give headaches. The smaller the screen is, the more myopic you become.
It is absolutely possible to use a lens system to move the focal point to the distance, but hasn't been done yet, probably because you can't do it on 120x120 degrees.
I wouldn't work on a virtual screen for long hours until there's an answer to that. But once it is solved, I can see how we'll all become Holographic addicts ;)
Surely they must have sorted out the focus issue for HoloLens -- otherwise that Minecraft demo where the castle is on the table would have felt very trip for the journalist (if you consider where the castle touches the table, you'd have a joint that is both several feet and a couple of centimetres from your eye)
I had an idea to do something similar once for a Uni dissertation, involving a rift mounted with two cameras to do a very hacky and cheap prototype version of what you've described.
My supervisor shot it down because "Google glass will do that" :(
I wonder if its "killer app" might just be that now a virtually big screen takes up little physical space/weight.
Clear the big monitor off your desk, now your 11" laptop (or smaller) can effectively have a 40" screen, etc.
Unlike Oculus, you can still see the real world. Unlike Google Glass, it's a big display and not an awkward eye movement.
There's still the barriers of - showing other people stuff - social awkwardness of sitting with a keyboard seeming (to others) to be staring into empty space while working - it might feel like wearing a hat - what's the effective pixel density like?