Earlier quoted context omitted.
There are two reasons why the field is focused on gaming and not productivity: fidelity and familiarity. It's hard to build high-enough fidelity into the hardware at a reasonable price point. And even if you did make VR goggles that were great for giant spreadsheets at $1000, it would be a weird enough idea that it would have to be massively better than $1000 worth of monitors to get people interested. In gaming, on…
Those are valid points, especially your point about fidelity, current tech is good enough for gaming and apparently not good enough for work (or we haven't figured out how to use it right). So they can sell it for that right now. But this and other comments are vastly underestimating the resources that people would be willing to exchange to make their work better. For what I described, a "reasonable" price point coul…
Secondly with VR as a desktop replacement... This is simple math. A 4k (or higher) 30" monitor will always be easier and cheaper to build and worst case the same. Except it's at 3' from your face. Shrink that monitor massively and stick it inches from your face. More expensive. Now do the trig on how many and how small of pixels would be required to pay that same resolution from 3' to 1"... Massive downscale... But great we'll get there on display density.... Except, and this is the kicker... For a lot less you can just upgrade the 4k monitor.
Basically unless something fundamentally changes in display tech or we hit a Max resolution that people care about... Miniture displays will mathmatically lag large displays. Yes smartphones tipped the balance but it all got rolled into desktop displays and tvs.
So you lose on econimics and math.
A display tech with massive resolution but something that inherently keeps it from scaling would be a big kicker. Or as some people have said... Hitting 16k or so resolution on VR screens per eye and your dream is there.
Till then gaming is a massive tech driver... Not people using spreadsheets