we have the following steps to complete at any point: ∆f(x,t) × ∆f(y,t) × ∆f(z,t) = (σ ∂x/∂tn) × (σ ∂y/∂tn) × (σ ∂z/∂tn)
Suppose each layer of the screen contains all the necessary elements: space (x, y, z) and time (t).
In n-dimensional space, with coordinate system (x, y, z):
∆f(x,t) = ∂x/∂t1 + ∂x/∂t2 + ∂x/∂t3 + ... + ∂x/∂tn
=> ∆f(x,t) = Σ ∂x/∂tn
∆f(y,t) = ∂y/∂t1 + ∂y/∂t2 + ∂y/∂t3 + ... + ∂y/∂tn
=> ∆f(y,t) = Σ ∂y/∂tn
∆f(z,t) = ∂z/∂t1 + ∂z/∂t2 + ∂z/∂t3+...+∂z/∂tn
=> ∆f(z,t) = Σ ∂z/∂tn
We have the following steps to complete at any point:
∆f(x,t) × ∆f(y,t) × ∆f(z,t) = (Σ ∂x/∂tn) × (Σ ∂y/∂tn) × (Σ ∂z/∂tn)
Every time you touch a group of Smartphone screens, you will be able to change the speed of the screen: (Σ ∂x/∂tn) × (Σ ∂y/∂tn) × (Σ ∂z/∂tn)
=> This confirms that you will exist in n-dimensional space with infinitely many different moments in a very fast instant, possibly faster than the speed of light, c = 3 × 10^8 (m/s).
The Buddha's index finger touching the smartphone screen is similar to the Tian Tan Buddha statue in Hong Kong.
Each touch on the screen which changes reality, so each layer of the screen contains different spaces and times.