Every time the timeline is modified, it will produce ripples that spread outward like a pebble thrown into a lake. These ripples will eventually affect the original future.

If the theoretical formula is determined:

\Delta F(t)=\int_{-\infty}^{t}\frac{\partial F(t')}{\partial O(t'')}\cdot \frac{\delta O(t'

')}{\delta t''}\cdot dt''\]

Among them:-\(\Delta F(t)\) represents the change amount of future state\(F\) at time\(t\) after the timeline is modified.-\(\frac{\partial F(t')

}{\partial O(t'')}\) represents the partial derivative of the observed behavior \(O\) at time \(t''\) to the future state \(F\) at time \(t'\).

-\(\frac{\delta O(t'')}{\delta t''}\) represents the rate of change of observed behavior \(O\) at time \(t''\).-\(dt'

'\) is the time integral element.

This formula takes into account the continuity and cumulative effect of observation behavior on the timeline, and can predict the complex pattern of future state changes over time after the timeline is modified.

Is the convolution of time affected by other observer possibilities?"

And I heard Mr. Handsome Scholar say this.

Except for Jiang Menghan,

Perhaps not many people in their age group can keep up with his jumping ideas.

But the iceberg girl didn't think he was crazy,

Instead, he put his fingers to his lips and thought seriously:

"Lucas Evans seems to have proposed a similar basic theory.

But at most he considered the convolutional space-time view,

Timeline is not considered as a key factor.

As for the partial derivative symbol you just mentioned? O(t′′)?F(t′), although it may be possible to describe the impact of observation behavior on future states through sufficiently deep data iteration,

But is this effect truly linear?

After all, within the framework of classical physics, time is usually viewed as an indivisible continuous flow.

But with the development of modern quantum mechanics,

Modern scientists such as Max Planck have begun to discover that the microscopic structure of the universe is discrete.

so,

If possible,
Chapter completed!