<h4>Chapter 477: Chapter 478 Crossing the Starry Sky to the Frontier</h4>


    Through the eleration of the star orbit, a team of transport creatures ascended to the sub-light speed under the action of a strong electric field, and the stars converge into a star rainbow at such a high speed, which also indicates the official start of the interster voyage at sub-light speed.


    The destination of these transport creatures is the three-star system that has been colonized by collectors 14 light-years away from the starting star.


    However, it can also be understood as a stacked doubleyer binary star system, which consists of a pair of double stars and another distant star forming aplete star system.


    If it is a three-star system of equal mass, it will be an extremely unstable chaotic star system. Collectors will not be stupid enough to colonize ces. God knows when the stars will collide and have a supernova explosion.


    After receiving the high-power signal feedback from the destination star system, the initial transport organisms began to enter the deceleration stage. The hydrogen mass was released, and the anti-hydrogen mass in the distance was annihted as an antimatter shield, releasing high-energy gamma rays to decelerate.


    In long-range observation, the sub-light speed organism in this deceleration process is like a high-speed luminous object.


    Stars are separated from the star rainbow and are thrown behind sublight-vehance creatures as the speed decreases. When the biological radar is no longer disturbed by the star rainbow phenomenon and can y its role in distinguish the direction normally, the three-star system, as the destination of sub-light-velocity creatures, is only a distance of more than a dozen light hours away from them.


    In terms of the subjective time of travelers, sub-light navigation is indeed a time-consuming way to travel.


    Crossing the outermost Kuiper belt and entering the ster system is just like what the first thing to do in the colonial star system. This star system, in addition to the three stars and the circle of the Kuiper belt, all thes and satellite objects have been dismantled by the collectors.


    The collectors in this star system build the antimatter giant structure in the secondyer and the binary system to form another small-mass star system.


    The central binary is a yellow dwarf with little difference in mass, and the third one is around the red dwarf as anpanion star. The radiation intensity of the red dwarf is not high, but its mass is small enough, so it can bring its orbit closer to make up for this deficiency. At the same time, because it is not as ''strong'' as other massive stars, which leads to With the reduction of construction costs, the antimatter giant around the orbit of red dwarfs does not require strong radiation resistance and cooling ability.


    "Wee to this star system. Where are you going?"


    After entering the ster system, they soon received radiomunication from their family in the ster system, exining the purpose of their trip.


    "We are going to the outermost part to join in the ethnic colonization."


    "I understand. Come to the red dwarf, and we will replenish the lost anti-material reserve for you here."


    The collectors in the star system send them a parametric route into orbit. It is not once or twice that the ster system is used as a transit station. Naturally, the collectors in the ster system are clear.


    However, since it is necessary to go on a long voyage, it is naturally necessary to supplement the antimatter as a navigation fuel. Whether it is to establish an antimatter shield or as a deceleration fuel, antimatter is indispensable.


    At the beginning, it still rejected the proposal of the same family in the ster system.


    "No, our antimatter reserves are still sufficient. Adjust the star orbit. We n to go directly to the next star system to replenish the antimatter reserve during the third transiting star system."


    At the beginning, their antimatter reserves are very high. After thepletion of the protonttice, sublight speed organisms no longer need a whole spine as a gamma-ray protectiveyer, so they can fill more antimatter reserves.


    The quality of the objects carried by the transporting organisms themselves is already a lot, and this time it is not used for transportation.Instead, it is stored for your own use, and the situation is naturally different.


    The collectors in the star system do not mean to force it. After all, this is just a proposal, but since you want to use the star orbit, you must first know where the destination star system is, so that you can proofread the orbit.


    "Okay, in which direction is your next destination star?"


    "Eleven light-years away from this star system, coordinates..."


    At the beginning, the transiting stars like this have to reach a few times before they can reach the most marginal area of the ethnic territory.


    "The star track is being adjusted. You can wait for a while at the starting point of the star track first, and the star track will be adjusted soon."


    "I know."


    ording to the route provided by the same race, they initially arrived at the beginning of the star orbitunch.


    At this time, these huge objects standing in the universe have not been debugged, and the trail ejected by biological pulses is changing their direction.


    This is like dividing a cannon equivalent to the radius of the star system into multiple parts, and then moving them to another position one by piece, where they arebined. When thisbination ispleted and the reassembly of the cannon, the direction of the cannon changes ordingly.


    The first adjustment is the coil giant structure closest to them. Because the adjustment path of the coil giant structure in this position is the shortest, it ispleted first.


    The proofreadingser released by this giant will help theter coil giant be adjusted and elerate the pace of rbination of the star track.


    When the star orbitbination ispleted, it means that they will sail at sublight speed again. After they learn from their families in the star system that they can use the orbit, they will once again get rid of the gravitational constraints of the stars, enter the sublight speed, and go to the star system 14 light-years away.


    Of course, the ster system has also been colonized by collectors. In order to reach the non-colonial ster system, it still needs to go through the transit of several star systems to reach it.


    The shrinkage effect haspressed the navigation time of 14 light-years. In the eyes of the outside world, sub-light speed creatures took 14 years toplete this interster voyage, but for sub-light speed creatures, it is only a short time, and the time has not been long.


    After receiving the high-power feedback signal of the destination star, sub-light speed organisms begin to slow down again, like the previous ster system, using antimatter to slow down and then break out of the sublight speed state.


    The cosmic star rainbow in front of it dispersed, and the stars changed from ''line'' to ''grain'' and returned to the correct position, just like the curvature leap in many science fiction works.


    Now, these science fictions have be a reality and are used to it by collectors.


    "Wee to the arrival of the same n. Where are you going?"


    "Go to the marginal area and expand the territory for the ethnic group."


    The first day of the first lunar month answers the same group in the ster system like the previous ster system.