Blue and White Society Chapter 992: Delayed Burst Arrow

Stars appear in groups and evaporate in large numbers.

Stars appear in groups and evaporate in large numbers.

Everything is like a galaxy firework!

Everything is like a galaxy firework!

The god-level civilized orderer of the universe uses hundreds of millions of stars in the outer space of the earth to set off fireworks!

The god-level civilized orderer of the universe uses hundreds of millions of stars in the outer space of the earth to set off fireworks!

The scene is spectacular, and human beings are mesmerized by it.

The scene is spectacular, and human beings are mesmerized by it.

The human fleet, under the protection of the 'Orderers', can watch it up close.

The human fleet, under the protection of the 'Orderers', can watch it up close.

A large number of video materials were also recorded, which were able to be disseminated in the society.

A large number of video materials were also recorded, which were able to be disseminated in the society.

At the end of the day, although human society did not continue to move forward, but was interrupted and its rapid development was interrupted, it was also an eye-opener.

At the end of the day, although human society did not continue to move forward, but was interrupted and its rapid development was interrupted, it was also an eye-opener.

In fact, for the earthlings who have just stepped into space, many people have giant phobia or cosmic phobia.

In fact, for the earthlings who have just stepped into space, many people have giant phobia or cosmic phobia.

But now, these psychological pressures have been greatly relieved by the 'orderers' who wantonly knead the stars as if they were toys.

But now, these psychological pressures have been greatly relieved by the 'orderers' who wantonly knead the stars as if they were toys.

In the process of devouring the stars, all kinds of terrible energy torrents and star collisions that would destroy the earth if they escaped are happening almost every moment.

In the process of devouring the stars, all kinds of terrible energy torrents and star collisions that would destroy the earth if they escaped are happening almost every moment.

Looking at it, I got used to it and got used to it.

Looking at it, I got used to it and got used to it.

Although many people are more afraid, most young people have longing for this, hoping that one day they can do the same!

Although many people are more afraid, most young people have longing for this, hoping that one day they can do the same!

As for the rapid development of human beings at present, the Global Council explained that all scientific and technological data come from the orderly, so human beings will explode in technology every day in the next three months.

As for the rapid development of human beings at present, the Global Council explained that all scientific and technological data come from the orderly, so human beings will explode in technology every day in the next three months.

This makes many young people, in fact, very excited, because they will experience the technological strength and technological products that human beings could not imagine in the past in their lifetime.

"How many stars is this?"

This makes many young people, in fact, very excited, because they will experience the technological strength and technological products that human beings could not imagine in the past in their lifetime.

"The specific number is not clear, all the stars are crowded together, which makes them collide and merge, we can only count the mass."

"How many stars is this?"

"What is the mass?"

"The specific number is not clear, all the stars are crowded together, which makes them collide and merge, we can only count the mass."

"At the beginning, we can still count, but the evaporation is too fast, we can only estimate a rough value."

"What is the mass?"

"The group of stars that started to appear every second half a day ago has a total mass equal to about one million suns. Afterwards, the mass will be even greater, with the sun as the unit of notation, at least two to three million stars per second."

"At the beginning, we can still count, but the evaporation is too fast, we can only estimate a rough value."

"So now, at least 100 billion!"

"The group of stars that started to appear every second half a day ago has a total mass equal to about one million suns. Afterwards, the mass will be even greater, with the sun as the unit of notation, at least two to three million stars per second."

"This... the Milky Way has only 200 billion stars in total. Is this an empty galaxy?"

"So now, at least 100 billion!"

Humanity's estimate is correct, even less.

"This... the Milky Way has only 200 billion stars in total. Is this an empty galaxy?"

Mo Poor has indeed emptied a galaxy.

Humanity's estimate is correct, even less.

The one hundred thousand three-eyed clan is now in charge of the energy of millions of stars, and the resources consumed to pile them up to this level are exactly 100 billion suns.

Mo Poor has indeed emptied a galaxy.

In fact, even if Mo Poor is so powerful at the moment, it is impossible to easily evacuate half of the Milky Way.

The one hundred thousand three-eyed clan is now in charge of the energy of millions of stars, and the resources consumed to pile them up to this level are exactly 100 billion suns.

He can't shoot millions of times per second, each time with a different target.

In fact, even if Mo Poor is so powerful at the moment, it is impossible to easily evacuate half of the Milky Way.

Although he can retain the volatility of matter now, he can't cover the interstellar distance measured in light-years by shooting in patches.

He can't shoot millions of times per second, each time with a different target.

The range of gravitational shooting depends on time, because the coverage speed of gravitational force is the speed of light expansion.

Although he can retain the volatility of matter now, he can't cover the interstellar distance measured in light-years by shooting in patches.

The distance between the stars is at least a few light-years, which means that even if Mo Poor waits for ten years, and then shoots away all the stars within ten light-years in one go, there will only be a dozen or twenty stars, denser In some places, there are hundreds of them at most.

The range of gravitational shooting depends on time, because the coverage speed of gravitational force is the speed of light expansion.

In this case, the reason why millions of stars can be transported every second in the future is that the galaxy chosen by Mo Poor is very convenient, and it is a chaotic nebula area in the early universe that has not yet formed stars.

The distance between the stars is at least a few light-years, which means that even if Mo Poor waits for ten years, and then shoots away all the stars within ten light-years in one go, there will only be a dozen or twenty stars, denser In some places, there are hundreds of them at most.

The interstellar matter is very dense, there is no space at all, and high-temperature gas is everywhere.

In this case, the reason why millions of stars can be transported every second in the future is that the galaxy chosen by Mo Poor is very convenient, and it is a chaotic nebula area in the early universe that has not yet formed stars.

In the future, they will eventually gather stars one by one due to gravity, and eventually form a galaxy.

The interstellar matter is very dense, there is no space at all, and high-temperature gas is everywhere.

What Mo Poor did was to speed up the process.

In the future, they will eventually gather stars one by one due to gravity, and eventually form a galaxy.

The time-space distortion of the stellar level projected into the nebula by him, this terrible curvature was recorded by Mo Poor long ago, and he personally recorded it when he went deep into the sun.

What Mo Poor did was to speed up the process.

Under the powerful space-time distortion, the nebular material is like a pool of water being poked holes, forming vortices, converging towards the center to form gas clusters, and being ignited into stars due to high pressure.

The time-space distortion of the stellar level projected into the nebula by him, this terrible curvature was recorded by Mo Poor long ago, and he personally recorded it when he went deep into the sun.

It's as if Mo Poor stuffed a grain of sand in the shell, and finally the secretions in the shell automatically surrounded the sand, forming an artificial pearl.

Under the powerful space-time distortion, the nebular material is like a pool of water being poked holes, forming vortices, converging towards the center to form gas clusters, and being ignited into stars due to high pressure.

Man-made pearls are no different from natural pearls, so humans don't know that they are all freshly made.

It's as if Mo Poor stuffed a grain of sand in the shell, and finally the secretions in the shell automatically surrounded the sand, forming an artificial pearl.

The nebula, because it is the early universe, so the density of the gas is extremely high.

Man-made pearls are no different from natural pearls, so humans don't know that they are all freshly made.

The aggregation of gas within a range of tens of millions of kilometers is enough to form a super giant star.

The nebula, because it is the early universe, so the density of the gas is extremely high.

Mo Poor, taking the sun as the standard, does not need matter within tens of millions of kilometers at all, only five million kilometers is enough.

The aggregation of gas within a range of tens of millions of kilometers is enough to form a super giant star.

Because the sun is too small, even if humans divide it themselves, they can only attribute it to a 'yellow dwarf'.

Mo Poor, taking the sun as the standard, does not need matter within tens of millions of kilometers at all, only five million kilometers is enough.

Its position in the stars is only equivalent to Pluto's position in the planetary group.

Because the sun is too small, even if humans divide it themselves, they can only attribute it to a 'yellow dwarf'.

If the early universe formed stars naturally, they would often be extremely supergiants millions or even hundreds of millions of times larger than the sun.

Its position in the stars is only equivalent to Pluto's position in the planetary group.

Mo Poor doesn't need to make it so big, it will be very slow instead, because it needs gas in an extremely large range, and such a large piece of gas cannot be assembled in an instant, even if there is gravitational attraction, it will take a long time.

If the early universe formed stars naturally, they would often be extremely supergiants millions or even hundreds of millions of times larger than the sun.

In comparison, Mo Poor sprinkled tens of millions of space-time distortion fields like sowing seeds in a large area of ​​high-density nebula.

Mo Poor doesn't need to make it so big, it will be very slow instead, because it needs gas in an extremely large range, and such a large piece of gas cannot be assembled in an instant, even if there is gravitational attraction, it will take a long time.

Each distortion field only needs to gather the nearby material clouds with a diameter of 5 million kilometers to a diameter of 1.3 million kilometers to form the sun.

In comparison, Mo Poor sprinkled tens of millions of space-time distortion fields like sowing seeds in a large area of ​​high-density nebula.

That is, the distribution volume of the interstellar gas is compressed four times smaller, and it becomes the sun, which makes the formation speed extremely fast, and it takes only one minute for the front and back.

Each distortion field only needs to gather the nearby material clouds with a diameter of 5 million kilometers to a diameter of 1.3 million kilometers to form the sun.

To put it simply, in the area where supergiant stars should have formed, Mo Qiong broke them into pieces, creating tens of millions of densely packed suns.

That is, the distribution volume of the interstellar gas is compressed four times smaller, and it becomes the sun, which makes the formation speed extremely fast, and it takes only one minute for the front and back.

Because tens of millions of stars converge at the same time, it is much faster than a single hypergiant star. And the quality is equal.

To put it simply, in the area where supergiant stars should have formed, Mo Qiong broke them into pieces, creating tens of millions of densely packed suns.

They are very close to each other, so Mo Poor used the wave shooting method to let the gravitational arrows that are strong enough to shake them pass by these stars at the speed of light, and he can shoot them away in pieces.

Because tens of millions of stars converge at the same time, it is much faster than a single hypergiant star. And the quality is equal.

The only difficulty is poking holes, and poking tens of millions of depressions in time and space is also very particular.

They are very close to each other, so Mo Poor used the wave shooting method to let the gravitational arrows that are strong enough to shake them pass by these stars at the speed of light, and he can shoot them away in pieces.

At this moment, no matter how fast Mo Poor's thinking speed is, he can't move tens of millions of thoughts and perform tens of millions of operations in a short period of time.

The only difficulty is poking holes, and poking tens of millions of depressions in time and space is also very particular.

So, he can only play tricks on the 'arrow'.

At this moment, no matter how fast Mo Poor's thinking speed is, he can't move tens of millions of thoughts and perform tens of millions of operations in a short period of time.

An arrow can only poke one hole at a time, but if a board has 10 million bumps, then N holes can be poked at the same time, just like a seal.

So, he can only play tricks on the 'arrow'.

Although the truth is so, it is very troublesome for Mo Poor to make such a seal.

An arrow can only poke one hole at a time, but if a board has 10 million bumps, then N holes can be poked at the same time, just like a seal.

He used the simplest method of making 'bumps', that is, explosion.

Although the truth is so, it is very troublesome for Mo Poor to make such a seal.

Using the power of the three-eyed clan, Mo Poor created a bursting arrow, which was made of high-energy matter in his body. After a delay, it would self-explode.

He used the simplest method of making 'bumps', that is, explosion.

After self-explosion, countless high-energy subatomic clusters will freely scatter in all directions.

Using the power of the three-eyed clan, Mo Poor created a bursting arrow, which was made of high-energy matter in his body. After a delay, it would self-explode.

Scattering means leaving the arrow's landing point to the universe.

After self-explosion, countless high-energy subatomic clusters will freely scatter in all directions.

Because this is a natural process, if Mo Poor decides the landing point, all the impact materials of the explosion will fly in one direction. Then it is not called an explosion, but an impact.

Scattering means leaving the arrow's landing point to the universe.

Actually, Mo Poor can shoot naturally, he can make the arrow draw a natural arc according to the scientific movement, and fall to a place determined by the universe.

Because this is a natural process, if Mo Poor decides the landing point, all the impact materials of the explosion will fly in one direction. Then it is not called an explosion, but an impact.

When he was a student, Mo Poor studied his abilities on the rooftop, and found that letting the arrow land on himself was regarded as 'giving up' to decide the landing point.

Actually, Mo Poor can shoot naturally, he can make the arrow draw a natural arc according to the scientific movement, and fall to a place determined by the universe.

However, Mo Poor has given up on the landing point, so how to make the bursting arrow cross the universe, hit the nebula, and determine its space-time sag?

When he was a student, Mo Poor studied his abilities on the rooftop, and found that letting the arrow land on himself was regarded as 'giving up' to decide the landing point.

It's very simple, the sunset bow also has the effect of absolute hit.

However, Mo Poor has given up on the landing point, so how to make the bursting arrow cross the universe, hit the nebula, and determine its space-time sag?

The setting sun bow does not have a fall point on itself, so give up the idea of ​​​​choosing the fall point. This is an operation that Mo Poor can only have if he has an absolute hit, but the setting sun bow cannot be left to the universe.

It's very simple, the sunset bow also has the effect of absolute hit.

Using the sunset bow, the holder sends a landing point picture to the sunset bow. The Sunset Bow received this command, and then made the effect of the arrow absolutely hit that place.

The setting sun bow does not have a fall point on itself, so give up the idea of ​​​​choosing the fall point. This is an operation that Mo Poor can only have if he has an absolute hit, but the setting sun bow cannot be left to the universe.

So when Mo Poor had two minds, one thought was to give up the landing point, and the other thought was to send instructions to the sunset bow.

Using the sunset bow, the holder sends a landing point picture to the sunset bow. The Sunset Bow received this command, and then made the effect of the arrow absolutely hit that place.

You can let the bursting arrows cross the universe, and after reaching there, they can scatter freely.

So when Mo Poor had two minds, one thought was to give up the landing point, and the other thought was to send instructions to the sunset bow.

After half a day of free scattering, the exploded matter is scattered in a spherical area of ​​about 100 million kilometers around the nebula at sub-light speed.

You can let the bursting arrows cross the universe, and after reaching there, they can scatter freely.

And this... is conceptual.

After half a day of free scattering, the exploded matter is scattered in a spherical area of ​​about 100 million kilometers around the nebula at sub-light speed.

Because the bursting arrow didn't actually shoot out...it was still on the bowstring.

And this... is conceptual.

At this moment, Mo Poor can decide how deep the space-time curvature of the countless scattering substances should go.

Because the bursting arrow didn't actually shoot out...it was still on the bowstring.

The curvature of this space-time is the degree of the core of the sun, which can attract the surrounding nebula matter and aggregate into a sun.

At this moment, Mo Poor can decide how deep the space-time curvature of the countless scattering substances should go.

Finally, Mo Poor shot away the densely packed tens of millions of stars in pieces, divided into a dozen times, each time millions of stars were shot into the mother universe.

The curvature of this space-time is the degree of the core of the sun, which can attract the surrounding nebula matter and aggregate into a sun.

The reason why he was able to shoot the arrow for a long time was that he delayed choosing the depth of space-time curvature of the landing point.

Finally, Mo Poor shot away the densely packed tens of millions of stars in pieces, divided into a dozen times, each time millions of stars were shot into the mother universe.

Because of Mo Poor, he finally understood the details and essence of the choice of his absolute hit point.

The reason why he was able to shoot the arrow for a long time was that he delayed choosing the depth of space-time curvature of the landing point.

That is the position where the arrow falls. Objectively, there is not only a description of the three-dimensional coordinate system, but there can be countless kinds of 'axes'.

Because of Mo Poor, he finally understood the details and essence of the choice of his absolute hit point.

If Mo Poor is a plane creature, then he has no idea that there is a height. He can only shoot the arrow to the landing point determined by the two axes of length and width on the plane.

That is the position where the arrow falls. Objectively, there is not only a description of the three-dimensional coordinate system, but there can be countless kinds of 'axes'.

Only when he can perceive the 'height' can he shoot the arrow out of the two-dimensional plane and hit somewhere in the three-dimensional world.

If Mo Poor is a plane creature, then he has no idea that there is a height. He can only shoot the arrow to the landing point determined by the two axes of length and width on the plane.

After Mo Poor understood the essence of his own characteristics, he found that he could choose subjectively and give up the right to decide which axis to choose.

Only when he can perceive the 'height' can he shoot the arrow out of the two-dimensional plane and hit somewhere in the three-dimensional world.

That is, he can independently determine the position of one axis of the landing point, or the position of several axes.

After Mo Poor understood the essence of his own characteristics, he found that he could choose subjectively and give up the right to decide which axis to choose.

For example, if you give up the right to decide the landing point of the two axes of length and width, then in the coordinate system of length and width, the arrow will naturally be taken care of by the universe and shoot to a certain position on the plane, but its height depends on the ink. Poverty does not give up, but can decide alone.

That is, he can independently determine the position of one axis of the landing point, or the position of several axes.

At this time, Mo Poor, he didn't use his ability to shoot the bursting arrow.

The bursting arrow is shot by the setting sun, and the scattering path of the explosion is naturally determined by the universe.

For example, if you give up the right to decide the landing point of the two axes of length and width, then in the coordinate system of length and width, the arrow will naturally be taken care of by the universe and shoot to a certain position on the plane, but its height depends on the ink. Poverty does not give up, but can decide alone.

Mo Poor didn't actually start ejaculating.

At this time, Mo Poor, he didn't use his ability to shoot the bursting arrow.

He is until the arrow, under the characteristics of the sunset bow, it seems to have been scattered for a long time.

The bursting arrow is shot by the setting sun, and the scattering path of the explosion is naturally determined by the universe.

only determines a space-time curvature depth.

Mo Poor didn't actually start ejaculating.

To put it simply, he used the built-in hit function of the sunset bow and the delayed scattering of the burst arrow to achieve it for the first time...

He is until the arrow, under the characteristics of the sunset bow, it seems to have been scattered for a long time.

'Let the arrow fly for a while, and I'll decide where it falls'.

only determines a space-time curvature depth.

…

To put it simply, he used the built-in hit function of the sunset bow and the delayed scattering of the burst arrow to achieve it for the first time...

'Let the arrow fly for a while, and I'll decide where it falls'.

…