The loophole I find interesting in considering time as an illusion, is how 'time' appears to slow down when very high speeds are involved; when clocks sail along approaching the speed of light. That seems, (to my thinking), to offer some valuable clues as to the workings of the illusion.
Why when I zoom away from an observer really fast, time seems to progress normally for me, but when I return from my one-year trip, the observer on Earth is fifty years older?
I spent a few days cracking my head on that one, and came close to something, but then life sucked me into another go-round of drama.
So the following is patchy, since I didn't finish. It builds on my current understanding of how our perception of Time is a direct result of the nature of Densities 3 and 4. . .
http://www.cassiopaea.org/forum/index.php?topic=17066.msg176655#msg176655.)
Anyway, this is the idea I came up with:
I'll use the old stand-by photographic slide projection carousel imagery. . .
~~~~
1. We can think of 'time' as a series of slides, each representing a moment, and we move through them one after another.
2. We can think of our path of awareness as it travels through the succession of slides as a beam of light or a laser pointer, penetrating one slide and then the next one behind it and so on. Easy. These are old concepts.
Okay. . .
3. We can think of our
physical motion in space, like when we fly in a rocket ship or take a car ride, as the beam of light, in addition to traveling forward through the slice of film, as also moving left or right or up an down. Like playing a flashlight across a movie screen. The dot moves on the X, Y, plane of axis; left, right, up and down.
Got that visual? Okay. . .
4. Now. . . Say the slides are not small little see-through squares in paper frames as they are in a slide projector. Let's think of the slides as having no limits. Each slice of time contains the whole world and our solar system and beyond. So each slice of film is really, really wide and tall and our laser pointer needn't be limited in how far it can explore along the X, Y, plane.
Now try visualizing this . .
5. Our laser pointer beam starts moving from one point to another really, really fast along the X, Y, plane. It's moving so fast from position A to position B that the dot traveling across the film is moving at near the speed of light. The beam, of course, still penetrates the film as normal and travels on to the next slice, but its lateral motion is very great.
6. Now, when moving the dot like this at a low speed, there wouldn't be any noticeable effect; the 'dot' the laser makes on the film surface stays round. But at close to the speed of light, the dot elongates. It smears. And thus it is actually experiencing MORE of that one time frame by virtue of its lateral motion than a laser dot which is just passing through without any lateral motion. -Now I know that an actual laser wouldn't really do that, but the imagery is meant to be a metaphor for our Awareness traveling through time slices. We might alternatively think of the laser bream instead as a bullet traveling through the slides super-fast. With no lateral motion, it would leave a round hole, but
with lateral motion, it would leave a hole which looks more like an oval or even a wide slot. The implication is that the bullet of our awareness when traveling as such, is actually experiencing
more of that "time slice" than if it were only traveling straight through.
~~~~~
See?
Now I haven't run this idea through a grinder yet looking for implications and flaws, but it's what I came up with to help fit Einsteinian physics into the "Slices of Time" model we've been presented with by the C's and others.
Also. . .
Bud said:
It is indeed fun to ponder the answers given in the sessions. Seeing all the related transcripts together like this, stimulates a lot of thinking. I agree with anart that our perception of time is not caused by or "due to agrarian society or any sociological context". It was just one of several clearly unspecified thoughts, mainly related to how the cultural and sociological context does indeed play a part in determining how deeply embedded illusions can be on the individual and collective level, OSIT.
In consideration of the above snippets, my feeling is the C's are suggesting a way of understanding that transcends the digital, on-off, black-white thinking style, yet makes use of the feedback connections we have by being a part of the Universe. Something more modal perhaps, that only an 'analog machine' can do?
It would seem the desirable way to approach the issue if bilateral (dual emergence) is to be addressed, OSIT.
Looking at this from a perspective of modal logics, perhaps we could have a 'variable' physicality context represented by an equation such as: A ? B = C and 'select out' a 'rule' that if C is odd, then the ? is a plus sign; If C is even, then the ? is a subtraction operation.
In a self-consistent system where everything is connected to everything else, and everything is in motion relative to something else, whatever holds the value of '?' is connected to whatever holds the value of 'C' forwards (to fix the value of C) and backwards (to be fixed by C). From this perspective, the purpose and use of the connections would be to find a balancing place or actual true possibility to "explore further", not a 'halt' or 'answer'.
Whoever or whatever can do this (and
intuition that correctly grasps something is non-digital from what I can tell) cannot be operating in binary mode because the effect of ? and C on each other must be felt instantly. From the perspective of being conscious of what is going on, there would be no 'period of time' in which a process of applying the change (the rule) could take place (it all happens instantly) because it is not a linear sequence that can be specified. It takes a Universe in order for this to happen due to the requirement for feedback loops.
I suppose a digital machine could learn, or be programmed, to simulate this operation, but it would likely take a long 'time' due to having to model all those atoms.
The closest thing we have had to an actual hardware machine that can operate on analog inputs are the old graphics rendering machines of around 30 or so years ago, OSIT.
Approaching the issue of 'time' from the perspective of a system operating on modal logics is kind of scary, actually,
because I see a shadow of that 'theoretical Bennett machine' approaching. :P
While trying to work out what you were saying, I had to look up, "Theoretical Bennett Machine". It was fun trying to bend my head around the concept of "Reversible Computing." It's pretty cool stuff!
I ran across this image
http://fc08.deviantart.net/fs36/f/2008/243/0/3/Blasted_Drop_by_sicklizard.gif to help explain to myself what "Reversible Computing" was. (The strange name used by the person who posted this animation in public forum caused me to blink.) Anyway, when we look at the bubble bursting, we can see how a computer could compute its way forward and thus track all of the particles. (Apparently, it took a few days to do that in order to create this animation). But working
backwards from spread-out matter to figure out what form the original shape was, looks computationally
really hard, if not impossible due to the inherent nature of entropy and chaos which affect matter as it progresses through 'time'.
I'm not sure it's possible, or even necessary, given the nature of matter as it travels through time. The chips have already "fallen where they may" and thus we need only look back at what actually happened to see the path we took through time. Perhaps that real data could affect one of the variables in your A ? B = C formula to keep it on track?
But that's enough for now. More thoughts later. I got a brain-flash while reading through this thread about a possible answer to a question which has been on my mind. . .
http://www.cassiopaea.org/forum/index.php?topic=18707.0
Cheers!