Board Thread:General Discussion/@comment-31371445-20170222233857/@comment-32182236-20180713012614

As a final note, allow me to present how we might interpret this very world as a simulation!!

Let's start with geometry. The universe is 4-dimensional according to general relativity, so let's use 4 axes-x, y, z, and w. (Why not t? Because according to relativity, the direction of time is relative!) When mass is added in, a function to add curvature is added around said point.

Next, quantum mechanics. A complex RNG function can determine the result that is chosen when observed-The Copenhagen interpretaion is therefore the correct one here. There are already programs capable of randomly generating values using functions similar to the wave function-So the wave function itself can be one of those.

Laws of physics can just be interpreted as lines of code. Each subatomic particle acts according to its line of code-With a certain position and velocity-Negative inifinity to infinity, but using a function, smooshed down to -c to c. (It takes an infinite amount of acceleration to reach c. It's possible to move .8c, and throw something .8c relative to you, but given the laws of relativity, that's not 1.6c. The initial value would be 1.6c (actually greater because dilation already had an effect before then) before the relativity function comes into play, to determine its ACTUAL velocity.

And.. That's about it! So, how about we start up this simulation?

..*insert simulated Big Bang here*