Essence of the system is helically arranged rods (like DNA molecules) and Sphexels arranged on each rods. The rods are rotated at 1800 rpm and Sphexels are illuminated intermittently. Since rods are rotating we will not see the rods, we only see the part of the Spexels that is being illuminated for a fraction of a second. (Just like we can see rotating fan's leaves in fluorescent light but not in daylight) If input is programmed foran image or movie, we can view movie or picture on the rods.
Theory
Just like scanning line(1D) create 2D image scanning a plane(2D) creates a 3D image. You can see leaves of a rotating fan under a flickering light but not in continuous light. In my design the sphexel emits light in desired direction for a fraction of a second. So we can view the light emitting sphexels, not the other rotating sphexels.
Market penetration plan for real 3D TV
Initially low cost 3DTV using voxels will be used in large 3D billboards at the junctions to small house hold gadgets like support for tea tables in living rooms. This will help in public awareness, return of investment in the research and above all boosts in brand equity. And then it can be used as large 3D Arena (Indoor) with cylindrical outside 2D video walls; inside this cylinder, 3D TV is placed In large 3D billboards animations of 3D wire frame models will be used for the advertisement. This will be far better than current laser shows. In house hold gadgets animations of images of family members, vehicles, aircrafts and animals or cartoons with a story or theme will be used to entertain guests and kids etc
Note: Sphexels are future proof, they must be used in future 3D TV’s with solid volume transparent organic LEDs. 3D TVs with air as medium don’t have control over direction of emitting light from each voxels
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