"I understand what you’re getting at, you’re asking why it doesn’t produce a sonic boom like a fighter jet, right?"
"This question is very responsible and relates to the relativity of ti and space."
"We all know that the speed of an object depends on the point of observation, it depends on relativity, like on a train, where the positions of the passengers are relatively stationary."
"The region through which the shuttle moves can be considered like a train. When the spaceship shuttles, it must reference the material inside it."
"That’s my answer."
Zhao Yi didn’t go into too much depth, as continuing would have involved spatial issues."
Although many scientific institutions have ’guessed’ that the principle of space lanes is to compress space, openly discussing and elaborating would certainly reveal a lot of principles."
These principles are of a confidential nature; for now, it’s better not to disclose them."
Zhao Yi’s example was very straightforward."
Everyone at the scene understood, but if a professional physicist were to hear it, they could understand much more."
Space lanes are akin to trains?
The material inside is like being on a ’train,’ but even so, so material remains motionless."
For example, consider a stationary pebble suddenly appearing in the middle."
What would happen if there was a stationary pebble?
Space lanes aren’t the sa as trains because trains are always moving relative to the tracks, whereas space lanes seem to be stationary."
How could they be the sa?
If the compression material technology is indeed like the principle behind establishing space lanes, as suspected, the pebble would undoubtedly be compressed, but what changes would occur in a compressed pebble, and would it still remain stationary?
Wait.
These are all questions."
As you delve deeper, you discover more issues."
Many foreign scientists were keenly interested in the press conference, and the few sentences Zhao Yi answered were interpreted in various ways, stirring even more questions."
Many physicists identified a major issue—
Inside the space lane regions, there likely exists a completely new physical system!
For physicists, this is an enormous temptation."
A high-energy particle collider can attract countless physicists to participate because engaging in collider research allows for observation of many new changes; with these experints, they can refine the microphysical system."
Simply put, participating in collider experints often leads to significant physics achievents."
A new physical system is far more valuable than a re particle collider."
It ans they could study an entirely new system through related experints, thus deepening their understanding of the universe and perhaps easily solving so of the problems that the current physical system cannot answer."
As many scientists beca excited about the prospects, international academic institutions proactively communicated with dostic counterparts, expressing a desire to participate in research on Z-wave and Anti-Energy barrier technology."
They were no longer requesting the dostic side to disclose the technology openly but hoped to send experts to join experintal research."
So institutions also specifically stated, "We are only researching the physical properties within the space lanes, not the Z-wave Generation Technology."
This request put dostic authorities in a difficult position."
If it was just about sending scientists to participate in the study of the physical properties of Z-wave space lanes, it wouldn’t affect the secrecy of the technology, and it could even be sowhat beneficial."
Locally, there indeed was a lack of top physicists in relevant fields."
This kind of research would also foster a deeper understanding of the Z-wave space lanes and the compression technology locally, and since local authorities held the key Z-wave Generation Technology, research findings in related fields would be greatly advantageous dostically."
But, is research really necessary? Could it lead to other problems?
Soon after,
Zhao Yi was tasked with the question.
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