A see through transparent (or translucent) near-eye optical module comprises a transparent sparsely set near eye display comprising a plurality of pixels or pixel patches A plurality of pixels in a sparsely populated transparent ia eye display or a sparsely assembled microlens array including a plurality of pixel microlenses positioned optically aligned and positioned in a pixel patch.A sparsely populated transparent ia eye display has a pixel fill factor capable of at least partially translating a NIA eye display.The light emerging from the outside of a transparent sparsely populated Nei eye module results in a user's eye through a sparsely populated microlens array of transparent sparsely populated near eye display and transparent NIA eye modules, resulting in the Form a real image perceived by the user.Transparent sparsely populated near eye displays further generate light generated using active pixels, which pass through the aligned microlenses to form a virtual image perceived by the user's eyes.The combination of real images and virtual images perceived by the user's eye causes the user to perceive augmented reality or mixed reality.The light projected away from the user's eye is reduced or blocked by a transparent NIA eye display.Selection diagram
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