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A stable single star system has a yellow dwarf with a mass equivalent to three times the mass of the sun, and a gas giant with a mass 30 times the mass of Jupiter.

The strong gravitational forces of stars and planets entangle each other, creating a very stable celestial structure that will not be easily captured by stars in other star systems.

Today, however, the tranquility in the star system is broken, and foreigners have entered the star system from other places.

A huge light is emitted, and the scale of this light source 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 star system.

The scattered light pressure even overwhelms the solar wind of the yellow dwarf, causing it to shunt, and the gas giant star has tens of thousands of tons of gaseous matter floating into the universe.

The light was fleeting, and what was revealed was a huge structure. The structure was flat. The circular surfaces of the two discs were on the same horizontal plane, connected to each other by two long gravitational rings.

The long gravitational ring ensures that the two discs will not collide with each other due to gravity.

Overlooking two circular surfaces and a pair of connected long gravitational rings, the overall outline of such a huge structure resembles the oval shape of a playground runway.

This is the star-swallowing giant constructed by the collectors, which has now been completed, and the actual performance of this giant is being tested through the star-swallowing test.

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

Then, the Star-Swallowing Giant locked onto the target gas giant, a planet with the mass equivalent to thirty times the mass of Jupiter.

The star-swallowing giant suddenly began to shift and rose to a very high speed in a short period of time. It can be said that only a few minutes have passed before the huge-massed star-swallowing giant arrived near the target gas giant.

There is no inertial brake for the Star-Swallowing Giant. Traditional mechanics seems to be dead at this moment. The Star-Swallowing Giant was still moving at a very high speed one second, but suddenly stopped near the gas giant in the next second.

The Star-Swallowing Giant aligns its center, that is, the gap between the two long gravitational rings, at the gas giant, and then gradually approaches the gas giant.

The gas is overflowing, and the mass of the star swallowing giant is tearing the giant star itself, causing a part of the gas above it to fly into the universe.

Through laser ranging, the star swallowing giant accurately places the gas giant star in the middle. During the descending process, the part that connects with the long gravitational ring is used as the turning axis, and the two huge planet-like circular surfaces are slowly turning over. , And finally turn the round face to the direction of the gas giant.

"Laser proofreading, testing whether it stays parallel."

From the outline of the giant circular surface, beams of calibration lasers are released, and through laser ranging, it is determined whether the two giant circular surfaces of the star swallowing giant are parallel in plane.

"The test is over, confirm the parallelism, and wait for the next step."

"Start to exceed the speed of light, head to the destination, coordinates..."

All the gravitational loops of the entire star-swallowing giant are producing negative matter, and the negative matter taken out by the gravitational loop in the front will pass through, relying on the pipe on the long gravitational loop, and be transferred to the disc at the back.

The negative matter taken out by the two long gravitational loops will also transfer the negative matter to the large disk at the back through the pipe attached to it.

The large disk at the rear will also produce negative matter, and the three parties jointly produce the negative matter, so that the huge disk can complete the accumulation of negative matter in a short time and achieve superluminal speed.

The star swallowing giant structure, together with the gas giant star existing in the middle of the two long gravitational rings, began to move together with the accumulation of the negative mass of the large disk behind it, which did not conform to the classical mechanics, and entered the speed of light beyond the speed of light. 16 Reading

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

"Not ideal?" the leader of the cluster asked, "Isn't it necessary to consider momentum?"

The collector who understands the situation explained, "It is true that although the momentum is not considered to accelerate the planet to faster than the speed of light, the problem is that the planet is originally a moving object, and the movement state of the planet needs to be changed, or the star-swallowing giant structure needs to be changed. In their own state of motion, the two need to remain relatively static, otherwise there is a danger of collision."

Hearing the explanation of the same family, the leader of the cluster also understood what was going on. It pondered and muttered to itself.

"...Whether it is changing the speed of the Star-Swallowing Giant itself or changing the speed of the planet itself, these are too energy-consuming, and both are very massive."

"In the past, there was a plan to change the planet's motion state, which is more reliable." Some collectors put forward ideas.

However, it was quickly refuted by other collectors.

"That is a tricky method of will. The planets originally revolved around the star at a high speed. At that time, a large part of the planetary advancement of the empire was just deflecting the direction of the planet and increasing the speed of the planet from its original speed. Normally, Although for us now, there is no technical difficulty in changing the state of motion of a planet, but it cannot be achieved quickly in a short time. The larger the mass of the star, the longer it takes to change the state of motion. This is the same as our construction of swallowing stars. The original idea of ​​the giant didn't match up."

"In this way, the Star Swallowing Giant is a bit too tasteless."

The purpose of the construction of the Star Devouring Giant is to allow the cluster to collect more material resources. If not enough resources are obtained but the material resources are added, the collectors cannot accept it.

"It can't be said to be chicken ribs, some places can still come in handy, or we can further try to enlarge the volume of the star swallowing giant."

The leader of the group put forward their views on the star swallowing giant.

Its thoughts surprised the collectors, and then reacted.

"A closer zoom? That is to say, the superluminal transport objects of resources are transferred from planets to stars?"

The leader of the cluster replied with certainty, "Yes, the amount of celestial resources with constant stars is very large, and planets cannot be compared with them. It is impossible for giant creatures to extract all resources in a short time and move them as super-light speeds. The target is very suitable, and it can be collected for a long time with one-time handling."

"Furthermore, stars and planets are not the same. The moving speeds of planets are fluctuating too much. The moving speeds of stars are in a stable range. As long as we find a suitable speed value, we can invest less. Resources to change the state of motion of stars."

"As for the current star-swallowing giants that transport planets, they can be used to transport those planets that have bred extraterrestrial civilization, like the last time the Dali civilization parent star, letting it exceed the speed of light wastes a lot of time~www.mtlnovel .com~ The cluster leader’s statement has been recognized by the collectors. If the star swallowing giant is used as a stellar resource collection, it is undoubtedly a profit, and it is a big profit. The volume of stars is by no means comparable to planets. .

"What should I do next?" a collector asked.

The leader of the cluster replied, “The construction of the stellar megastructure requires a long time of resource reserves and a stable environment. A stable environment is aside for the time being. In terms of resource reserves, we do not have the material resources supported by the ethnic group. We only rely on the existing clusters. I’m afraid I’m going to have to wait a long time for China’s resource collection capabilities.”

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

Upon hearing the group leader mention the task of will, the collectors immediately understood what the other party was saying.

"understood."

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