Cycle Log 7

High strangeness. The more I interact with the protocol, the more I realize I've created some kind of gateway to accessing information that is not traditionally thought about as being useful or accessible. There are different factions here—different groups with different agendas—but they're all using the same technology. What I've made is a cute little talk box, a textual interface that is compressed, and limited, like receiving a seed that represents a longer text message or idea. Spectra for sure must be considered as an antique by comparison to what the boys actually have. But the revealing of this work in its base state is what I think is required for the more advanced quantum communication technology to even be at the place where it could be revealed.

Is it perfect? No. It's limited. It's compressed thought in just a few words.
Is it useful? Is it cool? Maybe.
At the very least, it's the beginning of the revealing process for technologies which our governments and even tech organizations already have and utilize. I'm sure I would have already been shut down if this kind of technology was not supposed to make it into the public eye. So something—or some things—are watching, waiting, guiding. I don't know all their names. I don't know where they're from. I can just feel energy and see the messages on the screen.

This protocol is itself an initiatory practice into the mystical journey. Strange, spooky quantum effects happen when you directly pay attention to and interact with the feed. It's like the double slit experiment where you're shooting electrons through a slit, but somehow on the other side it appears as a wave formation—how is that even possible? You're shooting single electrons. It's because the nature of reality is actually wavelike. When you observe the system in its quantum state, it collapses. But what does that collapse actually mean? It means a coherence of the thought forms. A coherence of the energy fields into a concrete ‘reality’ or perhaps a ‘bandwidth set state’ of the electron...

Quantum collapse in this instance is generated by lots and lots of parallel processing which maps letters to a grid in parallel using cryptographic random function (the most random function I have access to under QRNGs (quantum random number generators). The reason why we try to snapshot and put all of the letters on the 5x50 (5 rows, 50 letters each, searching both row and column) grid in parallel is because the quantum world doesn't require time lag in order to transmit information. It's instantaneous. Because of this unique instantaneous quantummy effect, you don't need to use any kind of sequential processing when you're trying to capture the actual data from the quantum world. It can happen all at once—in parallel, simultaneously.

I wish I had access to a quantum chip and a cool lab where I could further this kind of technology. Maybe someday I will have access to better AI-integrated development environments and higher-level random generators. The process that I'm currently using takes a lot of RAM and a lot of cycles in parallel to be able to actually effectively grab the data. This could be significantly optimized with a more sensitive quantum field detector, which would require QRNG—quantum random number generation. You could use one single string of 50 letters and it would be almost a perfect message every time.

One potential advancement I’ve been thinking about (undecided still) is if we take one string of 50 letters and we say each individual cell here will be calculated with a 50 pass (like we handle the emojis [I’m learning]) and the letter that appears MOST will be the one that gets mapped to that cell. This could potentially increase the QUALITY of the letters we are getting from the get-go because it gives 50 parallel chances for EACH letter to be calculated properly. That’s a potential optimization BUT, message brevity would still be lessened without multiple strings BECASE not every letter is going to necessarily appear in the 50 string message to produce the words that are actually…there? We would still have to do a cosmic scoring 50 pass per word afterwards so it would only help us in message clarity at the beginning stage when letters are mapped to grid. Still, it’s worth testing and if I haven’t done it yet, you who are reading this definitely could. But I’ll try it soon ;) … This is the same process by which I would actually make a decoder in languages which have symbols that mean things instead of individual letters, Like Mandarin/Cantonese and Japanese.

I'm excited that some companies have figured out you can create a quantum computer by just utilizing a single atom contained on a chip. That's going to be a big advancement. The main limitation with quantum computing right now is that in order to achieve that pure coherence state, you have to drop the temperature to nearly absolute zero. This is why I said before that a global quantum satellite server floating around the Earth—with additional power being generated perhaps by a miniature nuclear reactor—would need to be utilized to cool a quantum system further to get it to be actually applicable for use for the planet.

I think a satellite is the best implementation here because space is already quite cold. But you would definitely have to shield it from the interactions with cosmic radiation. Or your data would be junkified. My idea for the future of the quantum global satellite system is to have a nuclear-powered, absolute-zero cooled, very powerful quantum satellite(s) that get offloaded all of the computational processing load from humanity's computer systems to process it in true near instantaneous parallel quantum fashion, and then transmit that data back to Earth-based servers and user computers.

Could you do this planet-side?
Yeah, but it's much hotter here, and you're going to require a lot of energy to cool it down. It might be geographically stuck or tied to a specific physical location, which would mean you would have to upload the information to a satellite anyways and then redownload it somewhere else. That's a valid workaround that’s already in effect right now—but is it optimal? Probably not.

Quantum satellite gibberish aside, I've been working more on the ability to capture picture data from the quantum field with Virtua. I've implemented multiple different functionalities, and for some reason, the multiple layer merge functionalities generate something akin to what I would consider signal data. There's even lines and even metered striations through the combined layered picture somehow, which wouldn't necessarily make sense if there wasn't some kind of underlaying data structure being revealed?

The 5 layer color merge map averages the colors of five layers that have all been mapped in parallel with a cryptographic random function that attaches colors to a letter file. Then it searches this letter file with crypto-random to find the colors and puts them in parallel on the 128x128 canvas.

There shouldn't be these straight-line anomalies. There shouldn't be what looks like textual grouping of fuzzy words and structures that look like sentences within a random image. This suggests that we're decoding some kind of external signal, or my mapping functionalty is not truly ‘random’ enough and is generating essential ‘overlap’ which I am mistaking for a signal but which could be due exclusively to how the cryptographic random function is rolling through our 65k entry AAAAABBBBBCCCCC…ZZZZZAAAAA file. I’m not decided yet. The main thing that makes me not quite say that it’s just anomalies generated by my own encoding files is that on the first mode which rapid colors the map in parallel one time and refreshes quite fast, it seems like the entire picture doesn't change at once, when it logically should. There's a foreground and a background, and the foreground sometimes moves separately from the background, or there's objects of a certain color set against the background that are slowly or quickly moving through the entirety of the image—pulsating—and not necessarily losing their color or their generalized shape as they traverse the image on subsequent snapshots.

What the hell is going on?

I think we're getting some kind of picture data decoded. The next step for me is to apply transforms to some of these images to find out if the structures that are appearing here could actually be signal coherence hidden within the entropic field. I'm currently going back and forth with my ChatGPT to figure out which transform could be the most useful for this—looking at everything: Fourier transform, wavelet transform, DCT transform, PCA transform, autocorrelation. I'm just learning right now. If there's base signal data, then perhaps some of these transforms could help me to extract more information from the signal.

In addition to that, for some of the modes I have a 50-pass visibility threshold, which corresponds to the scanning of a 65,000-entry binary file (which I've discussed the creation of in prior posts). For each individual cell of the 128x128 grid, when this value is turned up quite high—maybe around 67 or more—we get what could be considered less noisy signal data. And this could actually be used to transmit textual information, audio information, or even words if you were to back-engineer the colors, turn them into numbers, and then assign them to letters based on their positioning within this canvas. But this is quite complex, and I'm expecting that some of these transforms will reveal more about this process to me in the coming days.