On Events:

Required reading: Events, Space-time

Okay, last time, i had a look at my giant file of topics, and decided that my "space-time" entry was very short and not very informative. However, today, I found a way to work it into today's subject: events. However, it's still a bit off topic.
So, bear with me. This one's a double-post.

On space-time:

Space has three dimensions: width, length (or height), and depth. The resulting measure for how much space is occupied by something is volume. That measure is simply a way of quantifying what Spinoza called extension. It is the extension of substance into three dimensions. However, an object in space unmodified by time is incomplete. Not only do we need to quantify the spatial dimensions of a substance, but also the temporal dimensions. Not merely depth, width, and height, but also the when of that substance.

This want of a fourth dimension for the description of substance is likely one reason why many physicists believe in an amalgamation of the dimensions known as space-time. All that I have said about infinite space refers specifically to Euclidean and Newtonian absolute space. However, one key feature of space-time (which makes it differ from absolute Euclidean/Newtonian space) is that it appears to be warped by gravitational pulls. It is not clear what implications this has for the occupation of space by matter, but I think it indicates a mapping of objects in space as they are affected by gravity, as opposed to a boundary or a limited shape which space takes. It is the map of the path objects take through space and time (space-time), and not the shape of space-time itself. The normal method of determining spatial boundaries by their relation to other objects makes it all too easy to assume that a lack of objects indicates a lack of space.

On events:

Like the frames of a film, each object exists in space as its own event. Events are less happenings or objects themselves than they are bundles of detailed descriptive data. Events are composed of a what (a thing occupying space), a when (the duration, or point at which it will or did occur), and a how (an adverb and/or adjective) which provides an analytical description. For these purposes, an object is described as ‘the event of object (a)'s existence at location (l) at time (t), with attributes (a1, a2, a3, etc).’ For example, the rocket (what) travelled from the earth to the moon with a duration of Δt (distance over duration = speed), and the rocket was red.

That said, every event has an infinite number of potential (but necessary) descriptors to identify it as a unique event. These descriptors range from the ones I’ve just mentioned to the past, future, and relatively simultaneous events that occur everywhere else. That is to say, every event requires a description that accounts for every other event that is happening, has happened, and will happen in order to be unique. The upshot of a description that must account for every other possible or real event necessitates that every event is the same event, and not unique at all (because any one description describes all events, which all have the same description). There is only one event, in a broad sense, and that event spans the entirety of space-time which is infinite. Therefore, “The Event” is infinite, and inseparable from space-time (the universe), if not synonymous.

Obviously, such vast descriptions are more than what is required and sufficient for the identification of one event, and perceiving it as being different from another. It is as simple as making the arbitrary divisions that are normally made within an infinite medium. We divide finite events from within the infinite event, just as we make finite spaces of infinite space, and finite times of infinite time.

Being able to conceive of a group of finites as parts of one infinite whole requires that we reject, at least on a hypothetical level, the convenient assumption that difference of qualities/attributes is an indicator of individuality. We do not consider a pile of sugar to be something other than sugar. We do not consider one grain of sugar to be something other than sugar. Difference in size, shape, quantity, and– I would argue– even atomic structure, do not necessitate finiteness. Just as a human is made up of bones, blood, flesh, water, etc, the infinite universe is made up of an infinite number of objects and substances with different make-ups and attributes.



Next week: On asymptotes and matter, in which I try to stretch out a short post and hope you understand.