"You were right.
The Richard Feynman Discrete Algorithm was indeed a sufficiently good line of thought.
I could even use the John Stewart Bell inequality.
Assume the states of two particles existing in different convoluted space-times, then match them against the formula ∣Pxz-Pzy∣≤1+Pxy.
Here, Pxz, Pzy, and Pxy respectively represented the correlation probabilities between the states of two particles under different measurement directions. These probabilities reflected the particles' statistical behavior under specific measurement directions."
That was right.
He could completely establish reference anchors in the real world and within the game timeline,
thereby roughly calculating the nonlocality of quantum entanglement in convoluted space-time.
"But those reference particles, or rather, the space-time anchors.
I need to think about that carefully."
Su Wen suddenly realized that, having experienced the Time Travel Game so many times, he had naturally fallen into certain misconceptions of classical physics.
But in reality,
every game he experienced was actually a discrete fragment of space-time.
These discrete space-time fragments were nested within unknown layers of space-time, instead serving to fix the observer in place.
Moreover, they did not require excessive interference from chaotic effects.
The handsome Scholar seemed to have understood something.
But he had no time to conduct such terrifying data projections now.
First, even if the theoretical verification succeeded, he could not possibly invent a divine artifact like a time machine, something that nearly existed only in science fiction.
Second, trying to verify something like this was simply a dream.
Su Wen greatly suspected that doing this might directly cause civilization to be wiped out by the Cosmic Background - Great Filter.
So he merely retained this possibility:
"It can only be verified gradually.
Fortunately,
Extraordinary Beings live long enough."
Hearing him say that for the first time, Jiang Menghan could not help letting out a