AUGMENTED REALITY GLASSES BASED ON TWO-PHOTON VISION

The present invention relates to the use of light in the 800-1400 nm range (NIR), as perceived by two-photon vision, in the image generator to display AR information at the human retina. In particular the present invention discloses augmented reality glasses based on the two-photon vision comprising at least one optical combiner, which includes a part or parts of a dichroic material or part of the image combiner, can be mounted together with such dichroic optics, for example, a dichroic mirror, or any other optical solution that would reflect or deflect the NIR beam into the eye but transmit the visible light coming from the outside world, avoiding the loss of intensity for normal vision, and at least one image generator, which consists of at least one source of the NIR beam.