Avegant is known for its Glyph headset, which debuted in

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It projects images directly into the user's pupils and looks like headphones:
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The new glasses are equipped with two small displays. Unlike Microsoft HoloLens, Avegant's glasses are connected to a PC via wires. They also do not have an internal tracker and are monitored by separate cameras.

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At the same time, virtual objects are displayed in the glasses in the same way as real ones. Avegant uses the “multifocal projection method” to replicate the principle of the eye’s work in natural conditions. When we hold an object in front of our eyes, we see how light rays are reflected from its surface at different angles. They are refracted by the france whatsapp number list lens, and then the information is sent to the retina. When the curvature of the lens changes, the focus of vision changes. To tune in to seeing close objects, the lens becomes more convex and refracts light more strongly. To see distant objects, the lens becomes flatter. The brain processes information from both eyeballs and creates a sense of depth in objects.

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When we see an image in regular AR or MR (mixed reality) glasses, we see a 2D image from one focus. The devices track eye movements and sort of move this angle of view. Because of this, objects look unnatural. The Avegant helmet displays objects from several focuses at once, in other words, it allows the user to look at virtual objects as if they were real.

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According to Avegant, in HoloLens we see objects at a fixed angle. Objects are at a certain, fixed distance from the user. This works well for objects that are far away, but if we want to see something close, the technology fails. Avegant claims that their system allows us to see light fields in a natural way.