Obviously, no, the world wall membrane does not have this function.
As long as the mass does not disappear, then for a world-level mass, the mere existence and space-time plane itself will distort it and produce gravity.
This is inevitable, huge mass will inevitably distort space-time.
As long as this can be determined, it means that the cosmic vacuum gravitational wave detector that cannot be detected by optical detection can effectively detect it.
Optical detectors are the farthest way to detect the universe, but they are not the only one.
Although the gravitational wave detector is far inferior to the light detector in terms of detection distance, it can also complete the detection of gravitational waves within a certain astronomical range.
What is astronomical range?
The astronomical range is the huge range measured in astronomical units.
For example, light seconds, light minutes, light time, and... light years!
And as long as there are other worlds within this range, it means that Mo Lan can control its left side and get closer.
As long as the strength of these worlds is not strong or there is no birth of life or intelligent life at all, then the discovery will be a carnival of mages and a carnival of civilization!
And if we look at it from a probability perspective, among many worlds, the proportion of worlds where no life, no intelligent life, and no civilization has been born is larger, or it should be said that it accounts for the vast majority!
So as long as the world exists, it will most likely be a carnival!
Of course, one thing worth mentioning is that the chances of other worlds existing within a few light-years nearby are extremely small...
After all, why is the vacuum of the universe called a vacuum?
Because it’s really empty!
There is no matter, no planets, not even dust, and even atoms and molecules are counted by the number.
The answer has to wait until Mo Lan transforms the concept of gravitational waves into a detection spell, and the spell is
"Can you make mass disappear?!"
Obviously, no, the world wall membrane does not have this function.
As long as the mass does not disappear, then in terms of world-level mass, the mere existence and space-time plane itself will distort it and produce gravity.
This is inevitable, huge mass will inevitably distort space-time.
As long as this can be determined, it means that the cosmic vacuum gravitational wave detector that cannot be detected by optical detection can effectively detect it.
Optical detectors are the farthest way to detect the universe, but they are not the only one.
Although the gravitational wave detector is far inferior to the light detector in terms of detection distance, it can also complete the detection of gravitational waves within a certain astronomical range.
What is astronomical range?
The astronomical range is the huge range measured in astronomical units.
For example, light seconds, light minutes, light time, and... light years!
And as long as there are other worlds within this range, it means that Mo Lan can control its left side and get closer.
As long as the strength of these worlds is not strong or there is no birth of life or intelligent life at all, then the discovery will be a carnival of mages and a carnival of civilization!
And if we look at it from a probability perspective, among many worlds, the proportion of worlds where no life, no intelligent life, and no civilization has been born is larger, or it should be said that it accounts for the vast majority!
So as long as the world exists, it will most likely be a carnival!
Of course, one thing worth mentioning is that the chances of other worlds existing within a few light-years nearby are extremely small...
After all, why is the vacuum of the universe called a vacuum?
Because it’s really empty!
There is no matter, no planets, not even dust, and even atoms and molecules are counted by the number.
The answer has to wait until Mo Lan transforms the concept of gravitational waves into a detection spell. The spell is called "Can make mass disappear?!"
Obviously, no, the world wall membrane does not have this function.
As long as the mass does not disappear, then in terms of world-level mass, the mere existence and space-time plane itself will distort it and produce gravity.
This is inevitable, huge mass will inevitably distort space-time.
As long as this can be determined, it means that the cosmic vacuum gravitational wave detector that cannot be detected by optical detection can effectively detect it.
Optical detectors are the farthest way to detect the universe, but they are not the only one.
Although the gravitational wave detector is far inferior to the light detector in terms of detection distance, it can also complete the detection of gravitational waves within a certain astronomical range.
What is astronomical range?
The astronomical range is the huge range measured in astronomical units.
For example, light seconds, light minutes, light time, and... light years!
And as long as there are other worlds within this range, it means that Mo Lan can control its left side and get closer.
As long as the strength of these worlds is not strong or there is no birth of life or intelligent life at all, then the discovery will be a carnival of mages and a carnival of civilization!
And if we look at it from a probability perspective, among many worlds, the proportion of worlds where no life, no intelligent life, and no civilization has been born is larger, or it should be said that it accounts for the vast majority!
So as long as the world exists, it will most likely be a carnival!
Of course, one thing worth mentioning is that the chances of other worlds existing within a few light-years nearby are extremely small...
After all, why is the vacuum of the universe called a vacuum?
Because it’s really empty!
There is no matter, no planets, not even dust, and even atoms and molecules are counted by the number.
The answer has to wait until Mo Lan transforms the concept of gravitational waves into a detection spell, and the spell is
"Can you make mass disappear?!"
Obviously, no, the world wall membrane does not have this function.
As long as the mass does not disappear, then in terms of world-level mass, the mere existence and space-time plane itself will distort it and produce gravity.
This is inevitable, huge mass will inevitably distort space-time.
As long as this can be determined, it means that the cosmic vacuum gravitational wave detector that cannot be detected by optical detection can effectively detect it.
"The Rebirth of Financial Giants"
Optical detectors are the farthest way to detect the universe, but they are not the only one.
Although the gravitational wave detector is far inferior to the light detector in terms of detection distance, it can also complete the detection of gravitational waves within a certain astronomical range.
What is astronomical range?
The astronomical range is the huge range measured in astronomical units.
For example, light seconds, light minutes, light time, and... light years!
And as long as there are other worlds within this range, it means that Mo Lan can control its left side and get closer.
As long as the strength of these worlds is not strong or there is no birth of life or intelligent life at all, then the discovery will be a carnival of mages and a carnival of civilization!