Compared to the steadily advancing research and development of short-range jumps, the group studying subspace had clearly made little progress.
The scientists sat around the conference table, looking at the information just recovered from subspace. The entire subspace was gray.
There was light. This differed from the scientists' initial guess that subspace might be pitch-black. There was light inside it.
The light came from the material universe and the energy universe. The colors transmitted from the energy universe were dazzling and vibrant, making the other side seem fatally alluring.
The light from the Prime Material Cosmos filtering through the cosmic barrier was fainter, but it was still enough to reveal a hazy starry sky.
Even with something between them, it was still just as magnificent!
The footage looked too ordinary. Next came some interesting little physics experiments.
Aurora sent several robots inside as well. They would conduct some physics experiments within the limited environment.
According to the scientists' current understanding of the universe, if physical phenomena existed in subspace and closely matched those of the Prime Material Cosmos, then the subspace universe was not static.
That sounded like a strange claim. They could clearly record all kinds of footage and even have robots conduct little experiments, so why did they still think subspace was static?
In reality, "static" was only relative to the concept of "time." It had changed from the length of physical movement into a standard for physical movement.
For the people at the bottom, however—for those still struggling in the mirrors to overcome the most basic difficulties, working through entire nights without rest—time was still time, no different from before.
In front of the camera, a robot conducted a very simple experiment. It heated a test tube, and the water began to show signs that it was