HOLOGRAPHY NUCLEAR FUSION REACTOR BIN ALSO USING GRAVITATIONAL WAVE UTILIZING SEMICONDUCTOR LASER ARRAY VARIABLE OSCILLATING HOLOGRAM BIN BY SEMICONDUCTOR LASER ARRAY VARIABLE OSCILLATION HOLOGRAM, AND GRAVITATIONAL-WAVE HOLOGRAPHY METHOD AND DEVICE THEREOF

摘要

PROBLEM TO BE SOLVED: To obtain a detailed form, to make it possible to operate even with an opaque container, and to make it possible to perform the effective absorption and the utilization of energy and technologically free utilization of gravitational waves, by identifying the hologram-shaped pattern made by the contrast mode by the oscillation and the stopping of the laser of a semiconductor laser element in the hologram. SOLUTION: When many semiconductor laser elements 6 are aligned in line and a spherical wave 8 is generated from each laser element 6, the synthesized wave of these spherical waves 8 forms the next wave front. When a control circuit layer 7 is utilized and the phases of the oscillating spherical waves 8 are synchronized, the coherent spherical waves 8 can be generated. Furthermore, the interference-fringe pattern made by the contrast made by the oscillation (ON) and the stop (OFF) of the coherent spherical wave 8 from the semiconductor laser elements 6 aligned in line by utilizing the control circuit layer 7 can be identified in the ordinary hologram. ON is in correspondence with bright, part, i.e., transparent part of the hologram, wherein the laser passes, and OFF is in correspondence with the opaque part of the hologram, which shields the laser.