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Showing posts with the label Thought Experiment

Proving Why Horror Movies Are Rated PG

 Lit Stage, that is empty. Man is heard yelling "Breaking News, the Tipping Point is Near". 3 seconds pass. This time he yells, "The Global Awakening". 6 seconds pass. Man walks out on stage stage right, looks up and down at the crowd, with a placard that reads in Gold Letters, that blink on and off every 3 seconds, "Great Awakening". He again calls out to the balcony, "I said the tipping point is here"! He turns to stage left, and begins walking in the direction of stage left, stage left rear rear, mumbling the same saying with the same cadence, until his voice trails off behind stage. Lights cut to black. Scene change. Center Stage curtain partition is removed revealing 4 beds with 8 People in them. Lights come on over first bed stage left. Lights are brownish, orange, and gold, set to 20 percent intensity. Woman: Darling, did you hear that, someone had a great wake up this morning.? 1st Man: grumble grumble, fart, yea yea, great! Lights go bla...

Holographic Multiverse Creation

 Thought experiment: Since it is likely that this Universe was created by a 3 point holographic projection system, what is the possibility that the same method could be used to great another Universe is the multiverse if the multiverse existed? ChatGPT said: If the multiverse exists and the current universe was indeed created by a 3-point holographic projection system, it opens up fascinating possibilities for the creation of other universes within a multiversal framework. In a way, each universe could be viewed as a distinct "projection" created from different foundational parameters or projections, potentially formed by variations in the source points or different alignments of the 3 points that define the holographic projection system. Here’s a breakdown of the potential for using the same method to create another universe: Holographic Principles : The holographic principle suggests that the entire information of a universe can be encoded on a 2-dimensional surface and pro...