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Mixed Reality: the Future of Computing?

Microsoft is betting heavily on mixed reality (MR). Earlier this year, it released the Hololens, a holographic computing system. The Hololens overlays virtual images on real, physical environments. Wearing the Hololens headset and looking at a table in your office, for example, you may see a 3D image of a vehicle or a building on it. You can walk around the virtual object and examine it from different angles. You can even ‘move’ it with your hands, as you can with physical objects.

Image result for mixed reality images

What is mixed reality?

Mixed reality differs from Virtual Reality (VR) and Augmented Reality (AR). VR is a simulated 3D environment. VR is ‘immersive’; that is, it shuts out the physical world completely.  For you, VR would be what the Holodeck was for characters in Star Trek TNG.

VR is used in advanced flight simulators and other ‘immersive’ trainers.

Augmented Reality overlays simulated images on the user’s view of the real world. The heads-up displays on automobile windshields are examples of AR.

Mixed reality, also known a hybrid reality, is a version of AR. Unlike AR devices, though, the mixed reality device scans the user’s physical environment. It then creates a 3D map of his surroundings. With this map, the device knows where to place digital content so it’s realistic and the user can manipulate it with gestures. The MR images are more dimensional than AR images- hence more ‘real’.

What difference does it make?

Computing now usually entails staring at a screen. The images we see are confined within rectangles. We can’t suspend disbelief since we can’t suspend awareness that we’re staring into machines. No matter how well designed, touch screens and keyboards are highly unnatural means of dealing with our environments.

Mixed reality promises to change this. Communication becomes more intense- more ‘real’. You could seem to share physical space with a friend thousands of miles away. You see 3D objects, not merely pictures. You can move around the objects and manipulate them.

MR computing would be much more ‘natural’ and intuitive than the forms we’re familiar with. With MR, we are less conscious of our devices, We can communicate and learn more easily and more naturally.

In a future post, we will cover some of the most important applications for mixed reality.

 

(To get the most out of your computer, you need a strong internet connection. If you need more speed or reliability, talk to us. We can help.)