Not quite feeling it

\"\"One of the major challenges facing virtual reality is that when you\’re visually immersed in another world, your internal body mechanisms are screaming \”Danger Will Robinson!\” since they know you\’re not *actually* moving/flying/speeding/whatever. There are plenty of companies working on simulating all that, to trick your brain into coming along with your eyes; but it it\’s early days for VR, it\’s even earlier days for that.

Take for example, the situation where you\’re exploring Mars. As one does (or will be!). How are you \”moving\” through the terrain, without your legs actually moving? – and if you do decide to walk, how big is your living room?

If you\’re driving. how will it feel if there\’s no acceleration?

Things like that drive your brain batty. And create nausea / cyber sickness in about 2/3 of people using VR.

Another problem is that you can\’t actually interact with anything in VR {yet}. So, can\’t crash into walls, fall, pick something up….shakes someone\’s hands…it\’s like being a ghost!

So you can see all this cool stuff around you but actually interacting with it all is still a challenge. One that many companies are working on solving.

Some solutions these days include relying on game pads or sticks to interact with virtual objects. While practical and, in some cases, effective, it\’s not ideal. In addition to not taking into account fine hand and finger motion…and it also doesn\’t match what your hand is actually doing in the virtual environment. So yet another point of discontinuity between your hands and brain (more opportunity to get sick).

There are VR gloves, of course, which – while they do come a bit closer to how real hands and fingers work – leave out natural feedback (resistance) that is necessary when \”picking up\” objects in the virtual world. In order to grasp and pick up a virtual object it has to feel as if you\’re holding an actual one.

One company who\’s working on the \”being able to touch\” something in VR is Dexta Robotics, a Chinese company that has developed gloves that not only track the location and movement of fingers for input, but the gloves also apply \”force\” to simulate actual objects. Importantly, the resistance changes depending on the virtual material you\’re interacting with; bouncy like a rubber ball, hard if it\’s wood.

Genius. And paving the way for truly immersive interaction. No launch details available yet though *sigh*.

Still, I have to wonder: with all the suiting up you\’re going to have to do, to properly experience immersive VR experience though – headset, exo-skeleton gloves, pressure suits, rotary treadmills – how easy will it be to actually fully engage?

Going to put some thought towards what future VR interaction will look like. Because all this gear just isn\’t practical.

And it\’s still not even multiplayer!

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