Stable Phase Dynamics In Coupled Random Number Generators [OC] Visualization

What This Visualization Shows

This data visualization displays "Stable Phase Dynamics In Coupled Random Number Generators [OC]" and provides a clear visual representation of the underlying data patterns and trends. The visualization focuses on Hello Data is Beautiful!

I come bearing gifts in the form of weird entropy experiments. :D

I've been developing this mostly in private until now. So I'd like to introduce "The Non-Point Entropy System", or NPES. It started out as a side project almost a year ago and has evolved into what you see above. Its essentially an RNG engine that spits out SO many random numbers that the numbers themselves don't really matter anymore. Its about their density.

Which brings me to the GIF I brought. It was made with graphs on observable, using a raw data set from one from my most recent tests. This is 60 frames of a 360 pulse test, in which two negative base four RNGs run in the same substrate. Started at opposite ends and given a simple quadratic scaling force, they emergently orbit one another in a drift free, time invariant, 5 pulse cycle. They repeatedly pass through zero without collapsing and even show massive damping effects on the first few crossings, as you can see in the GIF.

So now I'm sitting here, typing this, and I'm thinking "Everyone's gonna think I'm a loon!" and I am kinda weird... but what I have is real and working. Repeatable and fully tunable to the nth degree. But, I'm looking for people who know dynamical systems. Like... actually KNOW them. I'm hoping to find collaborators to help me build, experiment, and analyze the effects that I'm seeing. 'Cause I don't think this rabbit hole even HAS a bottom.

So, if you work with strange attractors, or coupled oscillators, or computational topology, then hit up my DMs. I'd love to just chat with like minded people if nothing else. I'm an independent researcher with encrypted backups and, no shit, over a trillion empirical data points. This is barely the tip of the iceberg!

I'm not selling anything and this isn't even a product to be honest. Maybe one day? sure... But for now its just really awesome math and I'm looking for the right people to help me formalize what in the hell this actually is.

Thanks for reading. Catch-ya on the flip side! \~NV\~ , which allows us to understand complex relationships and insights within the data through visual storytelling.

Deep Dive into the Topic

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Data Analysis and Insights

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