My thought was that information (ie meaning) could be coded into the evironment, not by an intelligent agent per se, but rather by its relative consistency over time and its engagment by a physical system capable of storing data and passing this data on via replication.
For example, a primitive cell (just about as primitive as this idea) might move about in a pond (its always a pond). At the bottom of the pond the water is cold and dark, at the surface it is warm and bright. The cell — through a process of mutation and selection (or some other process) — might evolve a mechanism for sensing temperature and light. As the environment of the cell and its progeny in which they might evolve — the pond — would remain consistent over time, the physiologically sensed cold and warm water and the physiologically sensed light and darkness would — over time — constitute physiological learning in the cell, ie, a physical change in the cell due to its physiological processing of cold/warm and light/dark.
The physiological states of cold/warm and light/dark would begin to acquire meaning; that is, light/dark and cold/warm would provide meaningful information about the environment-cell relationship.
The physical state of the environment and the responsive state of the physical cell would give rise to the information/meaning/phenomenal experience of hot/cold and light/dark.
If my previous thought has any merit, and it well may not, then I will consider wasting more of your time with a response to these appreciated questions, haha.
This reply is instigated by the above but includes the back and forth exchange between Soupie and Constance today.
Soupie, you say
“My thought was that information (ie meaning) could be coded into the evironment, not by an intelligent agent per se, but rather by its relative consistency over time and its engagment by a physical system capable of storing data and passing this data on via replication.”
What type of information gets passed on?
You say,
“
physiologically sensed cold and warm water and the physiologically sensed light and darkness would — over time — constitute physiological learning in the cell, ie, a physical change in the cell due to its physiological processing of cold/warm and light/dark.”
So... why does it not evolve senses, for example, that register levels of gamma radiation instead, or that detect ultraviolet light?
Therefore, what type (by which I mean, that a term is required that functions as a universal descriptor for all cases) of information is passed on?
For Constance:
At this point, Soupie is talking about only innately acquired physiological mechanisms - in virtue of his use of the term, “replication” as being the means of “passing on data”.
Soupie, you say,
“The physical state of the environment and the responsive state of the physical cell would give rise to the information/meaning/phenomenal experience of hot/cold and light/dark.”
Phenomenal? How did you get “phenomenal experience” into it?
You have a cell responding innately to light - does that constitute phenomenal experience?
In my previous response to you yesterday, I said that you leapt from the non-mental into the mental domain through the use of the term “phenomenal experience”.
So, if innate mechanism does constitute phenomenal experience, do all the primal responses enacted by all forms of physiologically inherited mechanism, constitute phenomenal experience? Yes or no.
If no, how do you get phenomenal experience into the model?
If yes, I have more to ask at another time.
In addressing a related question from Constance,
“How is the information/meaning distinct from the cell's] phenomenal experience of cold and warmth, light and darkness?”
you reply
“It's not.”
You say (#1462) in response to Constance,
“Sensory perception is physical; information/meaning is not.”
and
“My thought was that information (ie meaning) could be coded into the evironment, not by an intelligent agent per se, but rather by its relative consistency over time and its engagment by a physical system capable of storing data”
Therefore, do you still say information is not physical given that it demands a physical conduit through “engagement by a physical system”? i.e. Does information actually exist in the absence of the physical system?
In answering Constance (#1471 )
“Do you mean that the 'meaningful information' acquired by the cell comes to it not experientially, through sensing and preferring one or another condition (degree of temperature, amount of light) but via some other less direct path? If the latter, what is the nature of that path?”
you say,
“The meaning comes to the cell via its direct, physical interaction with the environment.”
I don’t think so. A brick does not gain meaning by its physical interaction with the environment.
In fact, you say (#1465 - also quoted at the start of this response above, and I abbreviate you sentence) that the meaning cannot be passed on in the absence of replication. Therefore, replication is a requisite of gaining information. In fact, the information gained must be compounded through (alternatively, 'augmented by') successive replicating generations.
So, over these generations, what is the nature of the information that is being gained over generations?