thought provoking but annoyingly difficult to read unstructured rambling

Consider two events - a ball that is thrown (event A), and a ball that is dropped (event C). Consider these two events must exist. Set aside any reason for this requirement at the moment, and simply consider their existence a requirement.

Such a requirement would then require the intermediate event of a ball that is caught (event B) to occur. So the pair of events A and C conjure the existence of event B. All three events are stages in a temporal stream.

We could consider the possibility that gravity acts in such a manner.

Consider two masses in space. At one stage in time, they are separate (stage A). At another stage, they are together (stage C). If these two stages must exist in the same temporal stream, then stage B - motion from one stage to another - must occur.

Additionally, there are more known properties to gravitational attraction than simply spatial attraction over time. There is an acceleration, and it is proportional to mass. Let us ignore the mass and consider the aspect of acceleration.

Interestingly, when considering acceleration, inertia must be accounted for. And inertia seems an even more innate property of the universe, or at least one that is even more simple, than gravity.

So we could consider inertial velocity in a temporal stream scenario. Two separate positions in space must exist, and the object must travel between them. Objects of different inertial velocities would travel between the positions in different amounts of time.

The idea is defining the manifestation of temporal streams, so different amounts of time works here. We could postulate a faster speed, which traverses space in less time, ..

Hold on. We usually think of space in terms of 3 dimensions, like a graph paper of cubes. But if you're talking about individual objects in space, you could just as easily reference coordinates spherically or in any other manner. A constant velocity isn't necessarily constant depending on your vantage point so...

We could consider a faster speed as simply less interaction with other bodies (other bodies at other relative velocities that is).. indeed if another body has the same relative velocity then we have plenty of interaction and thus the relative velocity between the two is zero... so

so if velocity is simply a measure of the amount of interaction between bodies, and faster bodies have less interaction with other bodies..

an intertial trajectory 'requires' for whatever reason the body to be at its current place and at its destination, and the velocity - or amount of interaction with other bodies - dictates how much of that special stuff - time - is conjured into existence between the two stages.

its interesting i should consider velocity as a measure of interaction with other bodies since as i stated in an earlier post, less interaction between bodies seems to allow a more loose interpretation of the order of events, that is they aren't strictly placed into a temporal order.

maybe velocity is simply a measure of how much of a connection a body has with other bodies. the 'stuff' of that connection would be something special i suppose. but if you can reduce the connection to other bodies, the velocity changes.

of course, the velocity has direction. we think of speed as slower faster.. but really velocity is simply zero or more, with a direction (relative to some other body).. so if velocity is simply a measure of some kind of connection with other bodies, and we can modify this connection, then how does directionality come into play?

perhaps you can think of the universe as consisting of countless bodies all moving in different directions at different speeds. any given body has a velocity and it shares a connection with all other bodies with the same speed and direction.

so anyway all motion is relative, and u like to think of one body moving fast and one sitting still, but really each body thinks their still and the other is moving fast. its all relative.

all we can say is as relative velocities are further and further apart, the interaction between the two bodies is smaller and smaller (or faster.) This means less time! Cool we have a property of the universe with a specific effect on time... in a manner of speaking.

So if these two required moments in a temporal stream conjure intermediate moments, then the property of relative velocities can define how the intermediate moments are conjured.

Interesting


Seems like there would be an infinity of intermediate moments. I mean if an object must traverse from point A to point B then I don't see any reason to define a limit to just how miniscule of a distance that body could move through space through any miniscule segment of time - so there are an infinity of moments between the two positions.

It really does make one ask how we can ever get from point A to point B. Sure we can blow this off with our understanding of limits in calculus and the concept of infinity.. but there is still an infinity of moments so how can this happen.

We can talk of an infinity of sections of space in the length of a pencil but our demarcation of units be it inches or centimeters will allow us to give a finite reading. So as too it can be with time such that we can refer to a millisecond or what have you.

But the notion of motion seems somehow different. Although really you are combining two concepts that can be defined in finite terms - a finite length of space in a finite time - so whats the problem.

Well yes we can define it so we can understand it - but a piece of mass must actually make that traversal, and there is actually an infinitum of moments for this to occur.

Obviously any given moment must be defined to occur over a known length of time, and hence we have a finite event. But the velocity seems to determine how much of that can occur - its absurd really

Perhaps my mind wants to think in digital terms or something. As if there are somehow less moments of traversal for a fast object than a slow one. This is actually true, it takes less time. But if there is an infinity of moments, then there is not less moments. Only less time.

An infinity of moments, but a finite amount of time. So the faster object traverses in less time, but still over an infinity of moments. If we want to compare moments between the slower and faster object, then we can say for any given moment there will be greater traversal of distance - but that is if we define a moment as occuring over a given duration of time.

Indeed with faster traversal there will be less moments of a given duration of time occurring. But still, there will be an infinity of moments - of arbitrarily short duration. That is the kicker - we must allow the possibility that a moment can occur over an infinitesimally short duration of time.

Thus the universe is infinite.

But this thing we call time - the thing that isn't infinite - is arbitrarily defined. We count revolutions of an atom and that's our time. It's bullshit.

The constant is the infinity of moments, not the finite time. It's bullshit to define velocity in terms of time, because that's just relative measure. Maybe what I said above is better - velocity is a measure of the connection between objects.

So with a lesser connection between objects, and a traversal occurring over infinite moments.. the less connection and lesser interaction explains lesser revolutions of atoms occurring while the traversing object is in sight.

Somehow my bullshit definition of velocity being a measure of "connection" allows us to explain the revolutions of atoms per observable traversal, rather than just saying those revolutions occur because that much time passes - which is a recursive and meaningless explanation.