e to the power of pi.
This number is quite interesting indeed.
"e to the power of pi, isn't that too coincidental? What does this number mean? Could it be that the e to the power of pi multiple is another critical value?"
"It should be so."
"So when particles are compressed to the e to the power of pi multiple, do they actively release Z-waves, resulting in the compression of space?"
That's not right!
Previously, Zhao Yi believed that when particles were compressed to a certain extent, they would in turn absorb space, and the way to do this was by releasing Z-waves.
Now through a series of mathematical frameworks and computations, Zhao Yi had changed his mind; he discovered that, however complex the particle structure might be, it was not possible for it to form a closed loop capable of releasing Z-waves. Rather, it closely resembled findings in anti-gravity research where photons were absorbed by space, yet the particle's energy was not absorbed.
