IN-CERN TIME DILATION BASED MINIATURIZED LHC WEAK-PAST STRONG-FUTURE WORMHOLE TIME MACHINE

摘要

PROBLEM TO BE SOLVED: To realize a wormhole-swinging time dilation for traveling to a far past or far future.SOLUTION: Protons accelerated by an LHC to a speed that is unlimitedly close to the light speed are frontally collided against each other. Then, a huge amount of energy is generated to form a black hole and also a wormhole. The wormhole opens to a past if that energy is weak, and opens to a future if strong. Such LHC wormholes are successively generated and also protons are successively are made to collide against each other, thereby realizing a swinging time dilation (Rip Van effect) allowing a travel to a far past or far future, where the giant size is reduced by improvement into a shape of brain sulci, intestines or spirals. The improvement by this swinging time dilation enables mass production of a wormhole time machine to a far past or far future at reduced cost even in a narrow place.SELECTED DRAWING: None