#41 ·
Nice, let's go. First off—if we can actually pull this off :) I’m already feeling a little jittery because trying to keep all these thoughts organized without missing a single detail so the whole argument doesn't fall apart isn't exactly easy. I’ve been digging through some old posts and browsing through some stuff by Heller, though nobody has dropped a link yet... I can't quite see where this is all heading, but I can already tell it’s going to be a wild ride. For anyone who isn't fluent in English, I'll translate the paragraph above, and then we can slowly start piecing together a thread about the matrix. We can use this space for sketches and brainstorming. Obelix, Atlantic Ocean :) we're gonna need some backup over here, look how serious we're being, man. ha.
What is a matrix?
A matrix is just a bunch of numbers arranged in a square (four-way) grid of rows and columns. Those numbers can represent pretty much anything.
Matrices are huge for engineers. Getting a handle on matrix math is basically a foundational skill you pick up during your studies.
Basically, a matrix is a compact way to present a specific set of data. Whether we like it or not, we're all headed toward the Matrix.
This tech combines specific, defined DNA—the genetic material that makes a human or any living organism unique—with unique optical tags by putting them "on paper" (a DNA matrix), officially called SmartMark.
At the core of the Matrix is the idea that machines can efficiently mimic (simulate) life as we know it. In fact, the imitation is so good that 99% of the people on Earth have no clue they're living in an artificially constructed reality. The world exists only as a computer program being fed directly into their brains by the so-called Matrix. So, the simulated reality becomes their only reality, and computers run the show.
Yeah, we could use the DNA matrix as a sample to show how a cipher works for a single matrix sequence. Honestly, I'm not sure what would make a better model :) bear with me here—I'm talking about presenting how any four interconnected elements behave in three-dimensional space. My only hang-up is that we still haven't figured out the "why"—the motive behind why those four elements "want" to multiply or replicate. And if we take that moment empirically (meaning we accept it because it's proven to exist), why did it choose *this* specific method of multiplication? Is this method inevitable—the only possible way given the physical properties of our universe—or is it just a random set of combinations? Like, a series of cause-and-effect links shaped by linear time into "what is, is." I guess anyone who believes they have a soul, or consciousness with the ability to self-reflect, automatically searches for the meaning and origin of this phenomenon. Maybe the biggest reason for that search is the fact that DNA, through its linear progression over time, manages and modifies its own appearance in real-time—which means it's alive.
It’s possible to assume that the matrix integration of any object or matter in the universe is actually the same thing. But you definitely have to notice that the DNA matrix "discovered" a way to reproduce via quantum leaps through the linear dimension of time, compared to something like a rock or a diamond... and maybe that’s the only reason why the DNA matrix = a living matrix. It modifies itself in real-time, developing (perfecting itself) incomparably faster and more complexly than the non-living matrix of any other matter. We'd love to think it's because it KNOWS why it's doing it and where it's going.
What is a matrix?
A matrix is just a bunch of numbers arranged in a square (four-way) grid of rows and columns. Those numbers can represent pretty much anything.
Matrices are huge for engineers. Getting a handle on matrix math is basically a foundational skill you pick up during your studies.
Basically, a matrix is a compact way to present a specific set of data. Whether we like it or not, we're all headed toward the Matrix.
This tech combines specific, defined DNA—the genetic material that makes a human or any living organism unique—with unique optical tags by putting them "on paper" (a DNA matrix), officially called SmartMark.
At the core of the Matrix is the idea that machines can efficiently mimic (simulate) life as we know it. In fact, the imitation is so good that 99% of the people on Earth have no clue they're living in an artificially constructed reality. The world exists only as a computer program being fed directly into their brains by the so-called Matrix. So, the simulated reality becomes their only reality, and computers run the show.
Yeah, we could use the DNA matrix as a sample to show how a cipher works for a single matrix sequence. Honestly, I'm not sure what would make a better model :) bear with me here—I'm talking about presenting how any four interconnected elements behave in three-dimensional space. My only hang-up is that we still haven't figured out the "why"—the motive behind why those four elements "want" to multiply or replicate. And if we take that moment empirically (meaning we accept it because it's proven to exist), why did it choose *this* specific method of multiplication? Is this method inevitable—the only possible way given the physical properties of our universe—or is it just a random set of combinations? Like, a series of cause-and-effect links shaped by linear time into "what is, is." I guess anyone who believes they have a soul, or consciousness with the ability to self-reflect, automatically searches for the meaning and origin of this phenomenon. Maybe the biggest reason for that search is the fact that DNA, through its linear progression over time, manages and modifies its own appearance in real-time—which means it's alive.
It’s possible to assume that the matrix integration of any object or matter in the universe is actually the same thing. But you definitely have to notice that the DNA matrix "discovered" a way to reproduce via quantum leaps through the linear dimension of time, compared to something like a rock or a diamond... and maybe that’s the only reason why the DNA matrix = a living matrix. It modifies itself in real-time, developing (perfecting itself) incomparably faster and more complexly than the non-living matrix of any other matter. We'd love to think it's because it KNOWS why it's doing it and where it's going.