A generative theory of time and space
I was pondering our ability to focus and concentrate, and inspired by Generative Grammar (a brief summary here), I came to this theory -- this is its preliminary form:
They way we perceive time and space is based on generative rules (GR).
GRs are an abstract ability of our brain to generate a perception and an understanding of a phenomenon.
This ability is either inherent, but it could also be, that an infant immanently establishes those rules in the beginning of his life when trying to orientate himself in the environment.
GRs are a means of orientation in the environment and thereby a means of survival.
In modern human society, the output of these rules can be very complex.
I will exemplify these GRs on GRs of time and space.
There are GRs of time and GRs of space.
In order for these rules to become effective and produce output, we need coordinates (COO): coordinates of time and coordinates of space.
Once we have these coordinates, the GRs generate the thing that we perceive as a situation in time or a situation in space: we make a frame.
*****
Let's look at some examples of our perception of time (T) and space (S):
T:
Ex. 1: COO1: A headjump into water. Output: We think in the time-frame of less than a second.
Ex. 2: COO2: Writing a test at school. Otput: We think in the time-frame of 45 minutes.
Ex. 3: COO3: Remembering your childhood. Output: We think in the time-frame of some 10 years.
Ex. 4: COO4: Contemplating the time since A.D. Output: We think in the time-frame of 2004 years.
Ex. 5: COO5: Extinction of dinosaurs. Output: We think in the time-frame of 65 million years.
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Unless specifically desired otherwise, when thinking in COO1, the ability that we can also think in COO5 does not interfere, nor play a part.
S:
Ex. 1: COO1: Cell, microscopic view. Output: We think in the space-frame of the inner structure of cells -- in micrometers and less.
Ex. 2: COO2: A page of A5 paper, pen, writing. Output: We think in the space-frame of milimeters.
Ex. 3: COO3: Dancing room, dancing. Output: We think in the space-frame of inches, and meters.
Ex. 4: COO4: Driving by car, to the nearest town. Output: We think in the space-frame of miles.
Ex. 5: COO5: Stars in the Solar system. Output: We think in the space-frame of millions of miles.
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Unless specifically desired otherwise, when thinking in COO1, the ability that we can also think in COO5 does not interfere, nor play a part.
*****
The GRs are such that they allow our perception of T and S be extremely adjustable and flexible -- we can afford 1:1, compressed and expanded perceptions of T and S -- we can perceive T and S in different ratios.
By 1:1 I mean the relative ratio that we consider as normal -- perceivable by the naked eye and our average attention span (up to some 30 minutes or so).
This theory suggests that T and S are neither linear nor continous -- they can be so, if certain COOs are chosen.
Once we get the COOs, the GRs produce a situation -- and then we cease to be aware of T and S, and we can *concentrate* on what we do right now: you came to the computer a while back, sat down, are reading this
, and until I mentioned it, most likely weren't aware of the T and S COOs that you are in right now, because you focused on the reading.
This theory also suggests that T and S are not static, neither can they be represented by an ultimate model: for each set of COOs, a new model/frame is generated. We can generate a "general" model/frame of T and S -- like Kant's theory of time, space and causality; or we can generate individual models/frames, a daily work schedule for example.
We can compare these models/frames, but we cannot align them without adjusting their respective ratios to a certain chosen ratio.
Which also means that a time-frame A can become meaningless when compared to time-frame B. Or in other words -- this happens: our lives on Earth seem meaningless when compared to eternity; or one hour may not seem much compared to a whole week, but it is a lot if you are at the dentist.
The third suggestion is that neither the past nor the future exist: we generate them out of COOs that we get in the present.
For example: Present COOs: School, this morning, history lesson about the Romans. COOs for the past: 6th century BC -- 5th century AD.
It is the immediate present COOs that allow and force us to live in the present -- and also bring us back into it if we drift apart.
Please discuss, make comments.
I was pondering our ability to focus and concentrate, and inspired by Generative Grammar (a brief summary here), I came to this theory -- this is its preliminary form:
They way we perceive time and space is based on generative rules (GR).
GRs are an abstract ability of our brain to generate a perception and an understanding of a phenomenon.
This ability is either inherent, but it could also be, that an infant immanently establishes those rules in the beginning of his life when trying to orientate himself in the environment.
GRs are a means of orientation in the environment and thereby a means of survival.
In modern human society, the output of these rules can be very complex.
I will exemplify these GRs on GRs of time and space.
There are GRs of time and GRs of space.
In order for these rules to become effective and produce output, we need coordinates (COO): coordinates of time and coordinates of space.
Once we have these coordinates, the GRs generate the thing that we perceive as a situation in time or a situation in space: we make a frame.
*****
Let's look at some examples of our perception of time (T) and space (S):
T:
Ex. 1: COO1: A headjump into water. Output: We think in the time-frame of less than a second.
Ex. 2: COO2: Writing a test at school. Otput: We think in the time-frame of 45 minutes.
Ex. 3: COO3: Remembering your childhood. Output: We think in the time-frame of some 10 years.
Ex. 4: COO4: Contemplating the time since A.D. Output: We think in the time-frame of 2004 years.
Ex. 5: COO5: Extinction of dinosaurs. Output: We think in the time-frame of 65 million years.
-----------------------
Unless specifically desired otherwise, when thinking in COO1, the ability that we can also think in COO5 does not interfere, nor play a part.
S:
Ex. 1: COO1: Cell, microscopic view. Output: We think in the space-frame of the inner structure of cells -- in micrometers and less.
Ex. 2: COO2: A page of A5 paper, pen, writing. Output: We think in the space-frame of milimeters.
Ex. 3: COO3: Dancing room, dancing. Output: We think in the space-frame of inches, and meters.
Ex. 4: COO4: Driving by car, to the nearest town. Output: We think in the space-frame of miles.
Ex. 5: COO5: Stars in the Solar system. Output: We think in the space-frame of millions of miles.
------------------
Unless specifically desired otherwise, when thinking in COO1, the ability that we can also think in COO5 does not interfere, nor play a part.
*****
The GRs are such that they allow our perception of T and S be extremely adjustable and flexible -- we can afford 1:1, compressed and expanded perceptions of T and S -- we can perceive T and S in different ratios.
By 1:1 I mean the relative ratio that we consider as normal -- perceivable by the naked eye and our average attention span (up to some 30 minutes or so).
This theory suggests that T and S are neither linear nor continous -- they can be so, if certain COOs are chosen.
Once we get the COOs, the GRs produce a situation -- and then we cease to be aware of T and S, and we can *concentrate* on what we do right now: you came to the computer a while back, sat down, are reading this
This theory also suggests that T and S are not static, neither can they be represented by an ultimate model: for each set of COOs, a new model/frame is generated. We can generate a "general" model/frame of T and S -- like Kant's theory of time, space and causality; or we can generate individual models/frames, a daily work schedule for example.
We can compare these models/frames, but we cannot align them without adjusting their respective ratios to a certain chosen ratio.
Which also means that a time-frame A can become meaningless when compared to time-frame B. Or in other words -- this happens: our lives on Earth seem meaningless when compared to eternity; or one hour may not seem much compared to a whole week, but it is a lot if you are at the dentist.
The third suggestion is that neither the past nor the future exist: we generate them out of COOs that we get in the present.
For example: Present COOs: School, this morning, history lesson about the Romans. COOs for the past: 6th century BC -- 5th century AD.
It is the immediate present COOs that allow and force us to live in the present -- and also bring us back into it if we drift apart.
Please discuss, make comments.