This invention concept pertains to smart glasses that have a tiny laser light motion picture graphics projector in the frame, around the bevels of the corners of where the frames bend inwards, to close the glasses, in the front, and on the sides, to display holographic projections in front of the glasses, or off to any side of the glasses, that the holographic projections stay static in location in the room or outside, when the head is turned, such as when the projections are to the front of the head, where the vision aspect is, and then when the head is turned to the right or to the left, the holographic projections still display where they were the entire time.
This occurs due to a CAD Unity environment, that has a GPS positioning system, that is extremely accurate, down to the minute little detail, including because of Measurements and Signatures Intelligence (MASINT) sensors on the glasses, in the front of the frame, that can tell exactly where something is in the room. These glasses are compact, and small in form-factor. The laser light presentations are in full color. The lasers emit dots of light at pre-determined coordinates to build a large three-dimensional or two-dimensional image, such as a screen in front of the user, that is displayed to everyone. The screen can be flipped around, so others can see it as a presentation in front of them, from the other side, like presentation smart glasses.
These smart glasses allow for the projection of a three-dimensional interactive three-dimensional IMAX-sized presentation screen area, in front of the smart glasses, that would allow the user to walk into the image, and also interact with the image, including with their thoughts (user or third parties) through a neural link with the glasses, or through hand or finger or other body gestures, or through facial expressions, or through verbal expressions, or thought verbal expressions, or thoughts that are formed into words through the interpretation by artificial intelligence.
These smart glasses would be essentially like a mobile holodeck, and the glasses would be able to fit to the prescription strength(s) of a vision impaired person. The prescription would change to fit the new user, if there is another user that uses these smart glasses.
















