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The 20th century is said to have been the “age of ” because all explanations of how things work would end in some kind of computing or “information processing” by a known .

Some people think that the 21st century will be the “age of ” because science seems starting to look at nature and the living for inspiration about how things really work.

If this is true then must be one of the last remnants of the past century.

The twenty-first century is the Century of Biology (Brown, A. The Futurists: September-October 2008). Just as the twentieth century looked to machines, the twenty-first century is looking to biology to inform how we think, organize, design, and lead our organizations.

Allen, Kathleen E.. Leading from the Roots: Nature-Inspired Leadership Lessons for Today’s World (p. 20). Morgan James Publishing. Kindle Edition.

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“Given that organizations are filled with human beings, it doesn’t take a huge leap of faith to believe that a living system would emerge from all the life that shows up every day”

kathleenallen.net/works/

Finding out the complexity of complexity is a really complex problem😀

Fortunately, the things that we think are really complex to compute don’t know (or care about) how complex they are.

“Complexity theorists are confronting their most puzzling problem yet: complexity theory itself”

quantamagazine.org/complexity-

Same source:

Self-organizing systems are characterized by their intrinsic, nonlinear operators, (i.e., the properties of their constituent elements, macromolecules, spores of the slime mold, bees, etc.), which generate macroscopically (meta-) stable patterns maintained by the perpetual flux of their constituents. A special case of is . It is that organization which is its own Eigen-state: the outcome of the productive interactions of the components of the system are those very components. It is the organization of the , and, at the same time, the organization of .

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The of invoking the notion of “purpose” is to emphasize the irrelevance of the traced by such a system en route from an arbitrary initial to its . In a synthesized system whose inner workings are known, this irrelevance has no significance. This irrelevance becomes highly significant, however when the analytic problem, the machine identification problem, cannot be solved, because, for instance, it is trans-computational in the sense that with known algorithms the number of elementary computations exceeds the age of the universe expressed in nanoseconds.

From ’s definition of CYBERNETICS in the Encyclopedia of Artificial Intelligence, Wiley, 1987, as presented in:

apps.dtic.mil/sti/tr/pdf/ADA17

At the heart of -ism is a techno-utopian vision of the future in which we become a new species of “enhanced” posthumans, colonize space, subjugate nature, plunder the cosmos for its vast resources and build giant computers floating in space to run virtual-reality simulations in which trillions and trillions of “happy” digital beings live. The ultimate aim is to maximize the total amount of “value” in the universe.

truthdig.com/articles/before-i

is a computer program written in 1956 by Allen Newell, Herbert A. Simon, and Cliff Shaw. It was the first program deliberately engineered to perform automated reasoning, and has been described as the first artificial intelligence program.
Logic Theorist proved 38 of the first 52 theorems in chapter two of Whitehead and Russell’s Principia Mathematica, and found new and shorter proofs for some of them.

en.wikipedia.org/wiki/Logic_Th

“Living in the world we live in, in which Elon runs this company and it is a private business under his control, we are living off his good graces,” a Pentagon official told me. “That sucks.”
newyorker.com/magazine/2023/08

It is the self-organizing and self-assembling properties of inanimate molecules that make the origin problem much less difficult. The mystery probably does not have a complete solution, but amazing partial solutions have been discovered in my lifetime. Most promising are:
(1) the rich abiogenic syntheses of amino acids, nucleobases, and many other biomolecules, and
(2) the spontaneous folding and assembly of linear copolymers of amino acids and nucleotides to form enzymes and higher order molecular structures.

The origin of the genetic code and genetic language is still the greatest mystery, but whatever the answer, it is a fact that for over 4 billion years of evolution linear copolymer folding has remained the essential symbol grounding process that enables 1-dimensional genetic symbolic descriptions to construct and control the 3-dimensional molecular machinery of all life. These folded macromolecules also have remained as the initial detectors of sensory information at all levels of evolution. Any biosemiotic studies should understand these universal molecular symbol-matter and matter-symbol transitions.

academia.edu/44551141/The_Prim

Talking about the “nervous system” in isolation from the rest of the body and its environment is like trying to figure out what is the automobile about by looking at its motor running on a stand. You need to look at where the “rubber hits the road” to really understand what’s going on.

Only “bodies can do things” not the isolated nervous systems. Of course, brains have a within the body, the same way that individual bodies (with their respective brains) have a function within a social organization.

The nervous “(sub)system” has no need to be in direct contact with the environment, but it also can’t function or even survive (is not viable) without the support of all the other body parts, some of which are and must be in direct contact with the .

According to , The whole purpose of the nervous system and cognition is the survival of the body:

“The major function of the brain is actually not to sit around and discuss things like we are doing now, but it is to make decisions - it has to decide whether to fight or run or eat …”

academia.edu/6576779/Rosen_and

Thinking about the nervous “system” in isolation is typical for thinking which separates the (management) system from the system (the plant) and does not recognize the fact that they depend on each other and should be thought of as one system.

People are “social animals” and the emergent capability and knowledge of an as a system of people are quite different from the collection of all the individual learning capabilities and knowledge of the individuals it is composed of, so it is, therefore, appropriate to treat the organization as another dynamical system.

Unless I see evidence that someone else already introduced it in similar terms, I will claim here that I’ve come up with (yet another😀) theory of consciousness I will aptly name a “Kihbernetic Theory of ” or “”.

According to this theory in a dynamical system is always (innate or learned, like driving a bike), is always (i.e. it assumes there is , teleology, conscious seeking for answers), and can be either conscious or unconscious.

For example, one can be focused on (have conscious control over) a conversation while unconsciously controlling a vehicle they are driving, and then momentarily switch their to some unexpected situation on the road that the regulators were unable to resolve by themselves.

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Reading about different theories of while trying to understand why it is such a “hard problem” and just had an idea. I’m sure someone has already thought of it, but here it is just in case:

Both and neural activity are carried on by the same neural network mechanisms. The only difference between the two is that unconscious activities happen in , like a wave, while all conscious activity is performed in a .

We can experience multiple things and are able to perform multiple unconscious activities at the same time, but we can focus our conscious only on one thing at a time. This is why we are flipping between two different views of the Necker cube and we can’t see both versions at the same time.

Both conscious and unconscious activity affects the current of the neural network (our thoughts), but only conscious thoughts can be memorized and later recalled because they are “recorded” as sequences of events (stories).

This is totally different from computer which mainly stores and retrieves separate, out-of-context data points.

Introducing the qualitative category of in the triad made of quantifiable , , and items adds nothing to the better understanding of the matter.

Saying someone or something is “wise” is just a subjective judgment made by an external about another () system’s behavior appropriateness to the given situation in the environment without knowing anything about the observed system’s internal state, goals, or motives.

In addition, a really “wise” entity would never identify itself as such.😀

“The mathematics of quantum mechanics works incredibly well as a predictor of what this data should be. It will not give you certainty, but it will give you reliable probabilistic predictions.”

It is definitely not a mystery. is just like every other , which will also not give you certainty, but it will give you reliable probabilistic predictions.

bigthink.com/13-8/quantum-myst

The functions in a dynamical system such as a living organism are distributed on three levels:
1️⃣ The automated and predominantly unconscious functions are responsible for any immediate response and maintaining the system’s homeostasis in the face of external disturbances.
2️⃣ The working parameters for these “regulators” are changed based on actions planned, directed, and modulated by the conscious functions seeking to optimize the use of the regulators and fulfill “high-level” goals, aspirations, and other needs that originate on
3️⃣ The “highest” control level which maintains long-term drives that the system may be either aware (conscious) of (voluntary), or deeply ingrained in some unconscious habits, or innate.

It is evident from this short presentation that resides primarily on the middle control level that has the ability to make predictions of future events and compare such expectations with the perception of reality as provided by the regulators. All in order to extract the difference between the two, or the that will be subsequently integrated into the structure of the system to improve control.

Many people think that “history doesn’t repeat itself” so they dislike because “they are based on the and thus not useful for identifying all the associated with the that will happen in the .”

This is most likely because they think models are for producing , while the best use of models is, instead, to plan future .

are often made as statements about what will occur in the future, while they should be only statements about of what may most probably happen in the (most immediate) future.

Predictions based on historical data define the boundary of the narrow conical “”, the “volume” of which rapidly increases with longer prediction times.

idem …

The concept of was modeled more and more after those emerging from interactions with computers, the “computer languages.” It is clear that the syntax of these languages must be obeyed meticulously, otherwise ‘‘garbage in - garbage out.”
Unfortunately, under the leadership of one of the foremost linguists in America, Noam Chomsky, the logico-mathematical principle of fulfilling rigorous requirements in so-called “well-formed formulae” was transplanted into the domain of natural languages and became a criterion for “linguistic competence.” This aspect of language ignores the essential role as a means of and perceives language as an end in itself. It is in this castrated form that one believes language is “linear,” that questions have unique answers, that the linguistic problem is to generate “well-formed sentences,” and other misconceptions that have their roots in perceiving language as a monologue.

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