From computer to computer:
Our universe operates at a specific bit depth. Through use of 2 registers we can conceptualize this:
000000000000 : 000000000000
One register is always on:
011101000000 : 000000000000
One register is a reaction to the other (AND gate)
011101011011 : 010011000000
What is happening? The last possible factor on the first register, or set is rated at 11. When all possible locations for register 1 have filled, and 11 is read by set 2, a division occurs.
This division resets register 1 to a value reliant on the parameters allowed within it
110110110000 : 110100000000
Both registers use the same parameters, and read off of one another. This is what is called syncopation.
If one register far exceeds the limit of its parameters, a division occurs in such a way that it balances itself until there is a series of numbers left over.
These numbers aren’t as stable, and can be used elsewhere. At billions or even trillions of registers, there is plenty of room for things to reorganize.
We can build computers with bit depths far in excess of 64 and put all of these values to use. Each register can have sub-registers, tiers, and set pieces.
What does that look like to you?
It is a sine wave.
What is that a picture of? It is a picture of a DC voltage source.
Let’s take a step back here so I can explain why that is so important.
If our universe operates at the finest point on registers; as pointed out above, we know now that it is all divided from a start point. At the very fundamental operation, it is all 0’s lined up around another. As you begin to inflate the zeros with ones, and each register fills, you develop a pattern, and they all start to interact with another. You have a very balanced and stable sine wave happening. This is the base of all matter and space.
You can visualize this in this video, by watching the waves propagate across the oscilloscope.
Once you have the base state of space, you can inject a series of seemingly chaotic values (big bang) to trigger limit breaks, or values far in excess of the allotted AND gate threshold in such a way that it occurs so quickly that there are consistent inflated values at very high interval. All of these gates have a decay only based on what is injected into it, and what the final bit depth of the system is.
Now that these numbers are interacting and are no longer balanced, we can think of them as waves. This is space and matter. There are amplifications across them now, just like the waves moving across the screen. With more surrounding values they interact differently, as there are many tiers of divisions and registers within each; but they all follow the same general rules. They just scale up and down.
At the very basic level, atoms begin to form. Each atom is a peak on the wave, where many other waves have pressed against one another because the register rules did not exceed a threshold value; but they were themselves other registers.
Each electron is a series of compressed waves. Particles are the visualization of waves, and they are the result of registers and gates. Each atom is a group of electrons, and in between two atoms it is possible to house many smaller wave groups (electrons). This is why things decay in space and excited states are released back down into base states (cold).
So what is electricity? It is the visualization of this happening. It is vibration happening all over again at the capacitance of the sub-register (atoms). Did you notice how the sound made in that video above sounds just like a high current high voltage electrical wire? Were you able to make out the different oscillations in each passing second?
What is magnetism? It is just amplified vibrations. Nothing more.
When you rotate a magnet against copper you generate electricity. The magnet itself is in a state of confined atomic structure. Its “field” is not a field but part of its register : interacting with the other registers. Rotation is required in order to create frequency (1 hz). If you spin the magnet fast enough you generate frequency by interval (60 hz). All that is is bumping the copper vibrations with the magnets vibrations. These vibrations then move across other like atoms which were close enough in register values to syncopate.
This is why there is electrical decay or “resistance”; it is absolutely not resistance, but the capability for the wave to dissipate. And what is all of that? It is just a reset from the start of the universe at a bigger scale. The wire is the base state, the magnet creates an interval, and the amplifications move across the wave (wire).
Fig 1 = wire / space
Fig 2 = amplifications coming from rotating magnet over time ; or the injection of numbers – both the same function
Fig 3 = visualization of the amplifications in an oscilloscope as a sine wave
This image sums it up perfectly. Follow the red square to understand that electricity itself is the set of syncopated vibrations which are seen as more frequent, and the “Group Velocity” is the representation of electrical current. The atoms and electrons are themselves the more frequent variables.
This is how it all works. Cell division, frequency, everything. Nothing changes.
Note how the human body operates at 60hz, which is also Carbons 6 electron ratio. What did I explain earlier? That each electron is a result of amplifications happening at specific interval. They are groups of waves in between more groups of waves. In this case they seemingly fall at exactly 10hz apart from one another as a rule of ratios. So this means we can use frequency to determine temperature thresholds, computational possibilities etc.
I am working on a list of all molecules I can find here:
This is how our body works.
Notice the timing in the memory and how it relates to a heartbeat, or low wave; with the bus operating at higher interval not unlike brain synapse firing back and forth.
Build one of these and you will begin to understand it all.