6:06 pm Friday, 6. 2020 [ don't know what month]

     for a long time, many people have tried to achieve the fastest speed possible, light speed. no matter what humanity had tried, it seems light speed was something that couldn't be possible. that's until the discovery of antimatter. antimatter was the element needed to make it possible to go to the speed of light. the machine that made it possible was created by the government and used for at first military purposes. even after many years pass by, only a few amount of people in the galaxy can use the machine. the group of the people who can use the machine are the military industrial complex, companies, and the rich individual.

                                     how the machine works

     the machine is called the antimatter collector compressor or ACC for short. this machine can detect antimatter, which isn't hard for the machine to do since antimatter is everywhere. as the ACC collects the antimatter, it compress it into a brick.

                                     the disruption of the antimatter

     the antimatter itself had an old faded black color that seems to come in and out of visual existence. when the antimatter color is right in front of an object of different color spectrum, for ex: white, parts of the antimatter starts to fade into that color. however, not completely, as the faded black color of the antimatter still show but are now more of the likes of a collection of dots. the weight of the antimatter is weightless, in fact, antimatter can even have negative weight. how are we able to measure an object that has no weight or even negative weight? due to a scientist who had created a machine to calculate the weightlessness of the antimatter. this is depending on the amount of compression of the antimatter will determine the weightlessness of it. this info. then gets use to measure the dissipation of the antimatter when use on an object, which also depends on the rate of speed that object is traveling. the object weight needs to be considered too but the mass of the object doesn't effect the amount needed of that object for it to go to the speed of light.