How the Zergs were Made

Chapter 816: Chapter 817 Swallowing the Star

A stable single-star system with a yellow dwarf with a mass of three times the mass of the Sun and a gas giant with 30 times the mass of Jupiter.

The strong gravity of stars and planets entangles each other, building a very stable celestial structure that will not be easily captured by stars of other star systems.

Today, however, the tranquility of the stellar system has been broken, and outsiders have entered the stellar system from elsewhere.

The huge light emitted, and the scale of the source of this light seems to be close to the size of a small-mass red dwarf. At first glance, it looks like a small white dwarf suddenly appeared in the stellar system.

The scattered light pressure even pressed the solar wind of the yellow dwarf, causing it to divert, and the gas giants even flew tens of thousands of tons of gas matter into the universe.

The light is fleeting, revealing a huge structure with a flat structure. The circular surface of the two disks is on the same horizontal plane, connected by two long gravitational rings.

The long gravitational rings ensure that the two disks will not collide with each other because of gravity.

Overlooking two circles and a pair of connected gravitational rings, the overall outline of such a huge structure is similar to the oval of the playground runway.

This is the star- swallowing giant built by the collectors, which has now been completed and is being tested by the star- swallowing test.

A powerful electromagnetic radar wave is released from the swallowing giant to scan the environment in the star system.

Then, the swallowing giant locks the target gaseous giant, the planet equivalent to 30 times the mass of Jupiter.

The swallowing giant suddenly began to shift and rose to a high speed in a very short time. It can be said that it only took a few minutes, and the swallowing giant with great mass reached near the target gaseous giant.

The swallowing giant does not have an inertial brake. Traditional mechanics seems to be dead at this moment. The swallowing giant is still moving at a high speed one second, but the next second abruptly stands near the gaseous giant.

The swallowing giant aimed its middle part, that is, the gap between the two long gravitational rings, at the gaseous giant, and then began to gradually approach the gaseous giant.

The gas overflows, and the mass of the swallowing giant itself tore the giant itself, allowing some of the gas above to fly into space.

Through laser ranging, the swallowing giant accurately places the gaseous giant in the middle. In the process of descent, the part connected with the long gravitational ring is the flip axis. The two huge planetary-like circles are slowly flipping, and finally the circle faces are facing the gas giant.

"Laser proofreading to test whether it remains parallel."

From the outline of the huge circle, a beam of proofreading laser is released to determine whether the two huge circles of the swallowing star giant structure remain flat in parallel.

"The test is over, confirm the parallel, and wait for the next instructions."

"Start superluminal speed, go to the destination, coordinates..."

All the gravitational rings of the whole swallowing giant are making negative matter, and the negative material extracted from the gravitational ring in front of it will pass through and transfer to the rear disk by relying on the pipeline on the long gravitational ring.

The negative material produced by two long gravitational rings will also transfer the negative material to the large disk behind it through the pipe attached to it.

The large disk behind will also produce negative substances. The three parties work together to produce negative substances, so that the huge disk can complete the accumulation of negative substances in a short time and achieve superluminal speed.

The swallowing giant, together with the gaseous giant that exists in the middle of two long gravitational rings, began to move together with the accumulation of negative mass in the large disk behind, which did not conform to classical mechanics, and entered the speed of light.

The data of the experiment was quickly sent to the cluster leader.

"Not ideal?" The cluster leader asked, "Isn\'t there no need to consider momentum?"

The collector who understands the situation explained, "Indeed, although there is no need to consider the momentum of accelerating the planet to the speed of light, the problem is that the planet is originally an object in motion and needs to change the state of the planet, or change the motion state of the swallowing giant itself. The two need to remain relatively still, no Then there is a risk of collision."

Hearing the explanation of his peers, the leader of the cluster also understood what was going on. He pondered and muttered to himself.

"...Whether it is changing the speed of the swallowing giant itself or the speed of the planet itself, these are too energy-consuming, and the mass of both is very huge."

"In the past, there was a star bomber plan, and it was more reliable to change the motion state of the planet." Some collectors put forward ideas.

However, it was soon refuted by other collectors.

"That\'s the clever method of will. The planets were originally orbiting around the stars at a high speed. At that time, a large part of the empire\'s planetary advances were only to deflect the direction of the planets and further increase the speed of the planets in their original speed. Normally, although for us now, it changes a planet. The motion state is not technically difficult, but there is no way to achieve it quickly in a short time. The greater the mass of the star, the longer it will take to change the state of motion, which is not consistent with our original idea of building a star-swallow giant structure.

"In this way, the star-swallowing giant structure is a little too chicken ribs."

The purpose of the swallowing giant structure is to enable the cluster to collect more material resources. If not many resources are obtained but put the material resources in, the collectors will not accept it.

"It can\'t be said that chicken ribs are still useful in some places, or we can further try to amplify the volume of the star-swallowing giant structure."

The cluster leader put forward his views on the star- swallowing giant.

Its idea surprised the collectors and then reacted.

"A closer magnification? That is to say, the superluminal transport object of resources has been transferred from planets to stars?

The leader of the cluster answered with determination, "Yes, the resources of stellar celestial bodies are very large, and there is no way to compare planets with them. Giant creatures cannot exploit their resources in a short time. As a goal of ultra-light transportation, it is very suitable, and a one-time transportation can be collected for a long time."

"Moreover, stars are different from planets. The speed of the planet\'s motion fluctuates too much, but the speed of stars is in a stable range. As long as we find a suitable speed value, we can invest less resources to change the state of the star\'s motion."

"As for the current star- swallowing giant structure that carries planets, it can be used to carry those planets that have alien civilizations, such as the last Dalian civilization mother planet, which wastes a lot of time over light speed.

The statement of cluster leaders has been agreed by the collectors. If the star- swallowing giant is used to collect star resources, it will undoubtedly be profitable and profitable. The size of stars is by no means comparable to that of planets.

"What should I do next?" Some collectors asked.

The cluster leader replied, "The construction of the star giant requires a long time of resource reserves, as well as a stable environment. Not to mention the stable environment, in terms of resource reserves, we do not have material resources supported by ethnic groups. Based on the resource collection capacity of the existing cluster, I am afraid it will take a long time. "

"So we should consider how to hand over the will to us to carry out the task."

Hearing the cluster leader mention the task of will, the collectors immediately understood what the other party was saying.

"I see."