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Last I checked chess is still quite popular.

Can you share this recent evidence about communication through fields?

I went on a very similar trajectory to you w.r.t to the paper (From a similar starting point too). Just wanted to mention that the idea you are describing here is in principle compatible with the theory that the brain is an analog computer: https://picower.mit.edu/news/brain-waves-analog-organization...

I have been been spinning my tires a bit trying to decide if I think this theory of the mind is able to avoid the abstraction fallacy.

First I want to say I don't think this is an unreasonable position nor does it appear to be one without some degree of support in the expert debates. The position taken by this paper is not, as far as I can tell, a universally accepted argument (It isn't some tiny minority either FWIW). The bottom line is that in this field there are simply not many universally accepted positions whatsoever. A helpful framing I came across recently is that the field of consciousness research is still in a "pre-scientific" period in the same sense that astronomy and physics were "pre-scientific" prior to general relativity. Science could be done and theories existed, but something so fundamental was missing that you couldn't even reach a broad consensus on where to direct research.

With that out of the way, in my opinion the response from the position of the paper would be something along these lines. The problem with your claim that a clock intrinsically contains a time keeping algorithm/computation is that by this definition, almost anything you can imagine is a clock. For example, given the right mapping function, a rock can perform all computations necessary to be a clock. It may sound extreme but this is an internally consistent position, if you want you can look up the Putnam triviality argument for more info. Under this argument, not only can a rock perform all the computations necessary to be a clock, it can in fact implement every possible computation imaginable (given the right mapping function). This next bit isn't essential to the argument but just because I find it fascinating, we can take this point a step further. If you imagine an organism/mind capable of using a rock as a clock, it isn't impossible but it would require such a radically different way of perceiving reality that they may in fact not recognize our versions of clocks as clocks at all.

Backing out, the examples above clarify just how essential the mapping function is to imputing meaning to a physical process, and makes it harder to see how the physical processes taking place in our computers have any intrinsic meaning whatsoever. To put my cards on the table, the whole reason I ended up on this thread in the first place is because I have become somewhat obsessed with this paper in the past week or so. I did not expect to agree with it or even to find it particularly convincing. Not that I had given it tons of thought but if you asked me, my operating assumption has always been that the human brain is some form of a computer and, more to the point, that consciousness experienced by human brains is a result of some form of computation. Taken on its own terms, I believe this paper really does challenge that view fundamentally, and in a manner that cannot be easily dismissed.

No that's not an implication of the argument. You are misunderstanding. It is not necessary to continuously inject increasingly complicated historical scenarios, I am not going to respond to those, we can just talk about the clock. If you want to restate your argument in terms of that example, I will be happy to respond. As it stands I am not even sure what you think the argument was if those are the implications, or what the point of all of these scenarios is supposed to be. Also, I am just relaying the argument of the paper FYI, I am not making the argument.

No because it doesn't physically instantiate the concept of 3:00pm. By the author's contention if you go and find an analog clock right now and read the time, the clock still doesn't have an intrinsic property of "X AM/PM", so it wouldn't in this scenario either.

In a vacuum (Without an observer/mapmaker) there would be no way to derive the semantic content of an analog clock purely from its real physical properties. Additionally, the physical state of an analog clock that we read (map) to say 3PM could be representative of any time whatsoever, because it is purely dependent on the mapping function. The same physical properties could mean "3pm" or "4pm" or "5:48:00 AM" etc etc.

To put it differently, think about (instantiate the concept of) the time 3:00PM right now. Okay, so that thought just existed. When it existed it was comprised of physical processes. Those physical processes bear no relation to the analog clock set to "3PM". Neither are less real, they are just completely distinct physical phenomena. There is no reason in particular to think that a machine capable of computing the time "3PM" bears resemblance to a machine capable of having the thought "It is 3pm" or "[thinking about] the time of 3pm". By the same token there is no particular reason to think that a mind capable of having the thought "It is 3pm" necessarily contains a computer in it, or that a computer is a necessary, constitutive component of that physical thought.

To the best of my understanding I believe the response from the position taken by the paper is that this is still committing the abstraction fallacy (Assuming you aren't just agreeing with them here, which I don't think you are). The book itself doesn't physically instantiate the information it contains in its text. In a vacuum it is informationally inert. That doesn't mean it doesn't physically exist. Likewise the computer running Firefox obviously physically exists. The fallacy is the next jump from there - assuming that the semantic content of the book or software is physically present in those items. Another example given in the article is an analog clock:

> Consider an analog clock. Physically, the device is a collection of gears and springs governed by continuous dynamics (P). It only “computes” time because a mapmaker intervenes, mapping a specific set of continuous angles to a semantic concept (e.g., “3:00 PM”). Without this semantic imposition, the clock is just metal moving in accordance with Hamilton’s equations; it contains no intrinsic “time.” Thus, the physical substrate does not “process information” absent a prerequisite alphabet of intrinsic symbols; rather, it generates continuous dynamics that an external mapmaker interprets as information.

In this example the time "3:00 PM" is instantiated in the mind of the person reading the clock, it is not a real physical property of the clock itself.

I had the same initial thought but to be fair the paper addresses this explicitly and the author believes their argument can hold without fully understanding consciousness

The paper addresses this point in section 3.2. They aren't debating the fact that a physical process is taking place in a computer running a program. They are arguing that the semantic interpretation of the output of that program is indeterminate and dependent on the mapping function:

> A single physical vehicle (bottom) possesses a fixed causal trajectory. However, it does not instantiate a unique computation. Depending on the alphabetization key applied (fA or fB ), the same physical states can be mapped to entirely different abstract computations (Top Left vs. Top Right). Therefore, computation cannot be intrinsic to the physics (p).

So yes there is a physical process generating your Firefox browser, but there is also a mapping function taking that program and interpreting that it should display your Firefox browser. There are any number of mapping functions that could be applied to the physical state in order to display other things on your screen besides the browser. Therefore, the Firefox browser being displayed is not inherent or intrinsic to the physical state of your computer. If we did not have the right mapping function, we would have no way of knowing or inferring or discovering which mapping function is correct.