It seems pretty obvious that a naturalized administration should be decentralized. This would solve many problems with current administrative models. Centralized models are often overwhelmed into ineptitude and fall far short of important services. An efficient, decentralized administration could in principle have greater resources for providing the services needed. For instance, a large number of localized chapters could be effective in addressing local conditions, needs and services. They could also help to distribute resources from areas where they are more plentiful; provided that the chapters are well networked and organized.
I’ve been considering a few different P2P models for organizing such a network of chapters; and block chain is keeping my interest. Since a large portion of the administrations tasks would revolve around data analysis of some kind, some form of economizing platform would be required for data entry and dismissal. This has me considering a pool where initial entries can be evaluated for entry into the main database. The initial entries would of course need to be tagged with descriptors that would help to sort and expediently evaluate them. This might mean sorting by location, date entered, last date accessed, number of times accessed, candidate for dismissal, candidate for consensus, and a confidence value. This would of course require other tags for the purpose of statistical analysis upon entry into the main database; that should probably be left to the discretion of the researchers keeping and analyzing the data.
Since the data would have a confidence value, I thought maybe a block chain based sharing system could be appropriate. The confidence value would be a currency of sorts with a target confidence value making the decision as to whether the data would be entered into the main database. A minimum confidence value would of course decide if the data were to be dismissed. The tags for entry date, last date accessed and number of times accessed would be for the purpose of evaluating the data in an efficient manner. It stands to reason that, if the data posed for dismissal were to be dismissed in a maximally short time frame, the storage resources would be being used in a maximally efficient manner. If all of these tags were to be dynamic, issues might be better solved and reconsideration might be better facilitated.
Since the overarching system itself would be Proceduralistic; allowing all to participate and therefor enter data into the pool, coursewares for initial data entry would be a very good idea. Providing an access card upon completion might minimize a wide range of issues. The card might also allow access to the main database; for the purpose of finding solutions to issues; however not necessarily allowing editing. That of course would require the completion of additional coursewares. Maintenance of the database would of course be an Epistecratic subsystem; however this wouldn’t necessarily be an issue if educational resources were freely available.
The network of nodes might be composed of a large number of light clients that can be accessed directly or remotely, from personal devices surrounding a smaller number of more secure, full nodes that can be accessed directly or remotely, from the light clients. I’ve been considering Ethereum specifically because it boasts of being a platform that applications can then be developed for. Because of this it may be versatile enough to construct a more secure P2P application upon.
Our economic system has changed very little considering how long it’s been implemented. Unfortunately it’s been in place for the entirety of recorded human history. This is a large issue as we don’t have sufficient real world testing of any type of naturalized economic solutions. What we do have however is a good understanding of some of our more basic needs and wealth of scientific and engineering data. The best way to approach this issue may be to construct dynamic systems that organize such provisions and use the collective wisdom to solve the issues via self-organization. A natural model itself would be one that would self-organize. Creating a foundation for such a system seems to be the most rational approach.
The outcomes of Game Theoretical behavior have been demonstrated to produce effects that fall short of what is generally desired. Many would argue that this suggests that humans are naturally greedy. This however isn’t what Behavioral Science has shown.
We like to think that our life is constructed on a long line of choices; however the evidence concerning it appears to be iffy at best. For instance, consider Dr. Mate’s statement about the power addiction that could be associated with being a board member of a large corporation. The maximization of profit can be considered as a consequence of responsibility to ones stockholders. This however doesn’t mean that the choice to be in that situation isn’t relevant. Taking it even a step farther, the choice to employ a non-corporate model isn’t as likely to produce success; as the corporate model is capable of producing a more favorable price point. Corporations have been winning against small businesses for decades now; because of this. This however doesn’t suggest that the choice to run a business under these conditions is irrelevant. It also cast a shadow of doubt on the notion that it’s actually a choice; since there are so many social and economic pressures to contend with.
It’s common to try to simplify arguments to second order logic in the explanations of them. The rigor that goes into constructing the argument however goes into higher orders. For instance, considering the implications of second order logic produces third order logic an so on. This becomes a more complex task; that is easy to complicate. The social pressures that tend to complicate this process are often political and financial; and are also often based in more impulsive responses. This is where higher orders of logic — or to be more precise, lack there of — can become more of a manipulative influence; as opposed to a more cooperative one. This is not only found in business models but it is also taught in the educational system. This is of course a large problem. The Randian implications here are centered around individualism; which is being shown to be fundamentally fallacious.
What is found in normative behaviors that are associated with selection pressures is cooperation. This is probably the engine of self-organization. Being cooperative with a critical mass of subsystems appears to be what produces fit systems. Part of being self-interested is the subsystem being interested in the health of the system that supports it. Extinction and existential risk are naturally part of the equation.
The lack of third or even fourth order logic concerning the implications of our models could have severe consequences. Financial influence on political policies is obscuring the environmental awareness that is required for an individual to make informed decisions. This isn’t necessarily a danger of centralized decision making; however the initial conditions are promoting this outcome. It’s in essence, maximizing Entropy while promoting the absence of Normalization. This could be considered dangerous as it is an algorithm for extinction or existential risk. For this reason, it appears that the model is fundamentally flawed. Self-interest, by the very laws of nature cannot be both individualistic and an example of fitness in the same instance. Interest must scale to the supporting systems in order to minimize risk. This would be a much more viable model for an economic system.
The operative concept may be that predispositions to behaviors should be accounted for. This doesn’t necessarily mean that they should be manipulated; however it is easy to argue that that is clearly the case now. Rather, employing negative utility concerning that which hinders natural self-organization might bring about the most desired effect. Humans have already been endowed with the ability to be cooperative by millions upon millions of years of selection pressure. I would contend that artifacts of complication may be our most concerning issue. Working toward locating and removing these aspects of the social model, rather than trying fruitlessly to control the environment and having great expectations on human behavior might be the more rational approach.
Rather than trying to figure out how to coordinate, realizing that we are predisposed to coordinating behaviors under very naturalized circumstances might bring about an approach that would in turn produce the desired effects. Much of our attention has become distracted with artifacts that are far from coherent. Our immediate environment is generally of our own construction; and this has seemed to sever our connection to nature to varying degrees. I would contend that this is the root of the more concerning social issues. One can observe the cooperative behavior of animals and humans in more natural settings. This of course doesn’t discount the distribution of pathological behaviors found in all settings; however, it does show a positive sum spectrum with complexity. For instance infanticide, which is common in the animal kingdom is much more acceptable to male lions than male great apes. Great apes have behaviors that can prevent such occurrences; like the promiscuity of females that confuses the males ability to determine which offspring are his. Larger brained species like ourselves have the cognitive ability of weighing the value of emotional bonds against the value of an infant’s life. It may not be practical to try to extinguish all pathological behaviors; as we may not be able to have a concise understanding of all of them.
What has been interesting to me lately is systems for decentralized organization. What’s most interesting to me however, is the doubt that they are indeed decentralized; or that anything really is. The perspective that centralized models are only centralized if they are the product of an artifice seems to be a little truncated when one tries to scale them into perpetuity or infinitude. This at least for my limited understanding, keeps running into a grand centralizing structure; ie the laws of nature. I’m concerned that our awareness of our general lack of control has created a complex that has us neurotically striving for it. The dissonance between our localized perception of being in the driver seat vs the evidence that study has produced is bound to have some psychological effect. This could be the root of the issues that we have faced in building models since the dawn of civilization. This is even present in the dichotomy of free will and consequences in religion.
The disconnection from nature that civilization has produced is probably poisoning the well of our collective perception. That being the case, the most appropriate approach to allowing human nature to flourish with it’s natural predispositions may be as simple as the negative utility of removing the obstacles. It’s my contention that the obstacle is finance and it’s coercive aspects. The evidence throughout recorded history seems to point to it as a common denominator… and I’m not alone.
All of the variation, the diversity and everything that is interesting is rooted in entropy. The flawed nature of nature prevents emergence from becoming repetitive. There may be nothing more natural than variation. This however comes with a consequence that is just as interesting. The variation isn’t restricted to only the matter in the universe. Variation over time is the observation. This results in the bulk of emergence becoming extinct. Everything becomes extinct; either through abrupt failure or through success and transcendence. Change is always in the cards for everything.
This makes human loathing of change seem a bit counter intuitive. This is because entropy is only one module of the machine. Normalization is the process by which the successes propagate. This is extremely interesting because normalization is not by a long shot… well… the norm. Like most human endeavors, most natural experiments fail. Abrupt extinction is by far the most common occurrence. Entropy produces more variation than normalization can produce successes. Even as such, success is still subject to variation, transcendence and thus extinction over longer periods of time.
The evolution of the modern human is credited with some form of systemic entropy. The Savanna Hypothesis suggests that human evolution encountered a disruption that accelerated the variation and produced interesting and useful characteristics in our ancestors. This would be one particular instance where entropy was exacerbated and very disruptive; resulting in novelty. Of course normalization played a role; as the characteristics that Natural Selection had endowed our ancestors with influenced the manner in which the novelty was expressed.
The understanding that resulted in the crafting of artifices has proved to be extremely disruptive to the biosphere. The combination of the natural predisposition to normalize and fill a niche’, and the constant change associated with the resulting technological progress seems to have created an inner struggle in modern humans that doesn’t seem to exist in the whole of humanity; but rather is more evident in the developed world. Civilized humans are interesting and unique for many reasons that are affirming and concerning as well. The concerns of extinction risk revolve around the idea that maybe a more general instance of normalization means the abrupt extinction of civilized humans. At this very moment, the implementation of a strategy of “mutually assured destruction” has normalized the most dangerous scenario that one could imagine. This doesn’t just entail the extinction of civilized humans; but also the bulk of life on the biosphere. We have put all of life as we know it at risk as well. We have even narrowly escaped this scenario on one occasion. We forget this; in the illusion of the safety of our brick homes, in the fog of political ideology and deodorant ads. Cognitively, we attend to our immediate surroundings; which is an artifice that divides us from the natural world that bore us. Our perception of reality has thus become an artifice. We have forgotten who we are; and our place in the universe. We have created silly notions like property, justice and inalienable rights; while teetering on the destruction of an entire global ecology that appears to be rare in all that we can survey. This is an inconvenient fact for the optimist.
The cause of these issues is clearly the production of entropy in the absence of normalization. I would like to suggest that the absence of normalization is rooted in the disconnection from nature that our modern conveniences and memes have caused by hijacking our attention. Science has the potential to mitigate some of these effects by directing attention to nature; however natural distributions may not allow for this to become the norm. If attention to science is proportional to scientific endeavors in the immediate surroundings, it would seem that we are currently playing a negative sum game. Opportunities for people to be in nature and thus connect directly can also be a viable influence, however in a world where working in a building and going home to a building with a television and a beverage both marketed as a “reward” leaves much to be desired as well. I can’t help but see this as more exacerbated entropy that would only enable similar types of dangers to that which we have created in the past.
My contention is that this is most likely to end with the extinction of specifically the technologically progressing human, by a combination of the normalization associated with niche’ existence and by the entropy and resulting novelty that is associated with transcendence. I find it difficult to reason out a dichotomy of human and machine when the competitive advantages of merger is so great. I also find it hard to reason out a place for an evolved species in a high tech environment, for the reasons that I have previously expressed. I also find it difficult to buy the notion of humans becoming pets for the AI as the AI is not likely to be tied to the biosphere as legacy humans are and the opportunity to explore and advance might be more appealing than carrying the dead weight of a bunch of freeloaders. This of course requires some qualification. When humans began domesticating dogs, they had a practical purpose. The superior senses of the dog helped people in hunting and protecting the group. It was symbiosis. What practical purpose can a human provide for super intelligence?
Work as we know it is only about 100 years old. Before there was essentially only business and subsistence. I would suggest that is likely to make a comeback. This of course requires some qualification as well. There has been an ongoing trend to refine production methods with technology and pass the technology to the general public. This is happening with technologies like 3D printers, for instance. This movement toward automation would only simplify this process. A combination of availability and necessity seems evident in the coming decades as the technologies are in the works and the crises are as well. There has also been a long running trend of decentralization since the time of Adam Smith, the birth of the New World and the enlightenment. There doesn’t seem to be a defeater to this trend. It seems that the end of the era of the 5 / 40 job may just return us to a state of relative self sufficiency like we previously had lived under. I’m speaking of legacy humans of course; though I can’t imagine the remaining humans numbering as much as a billion.
The notion that the AI would take the proverbial crown from humans is based on the fallacy that we wear it now. If there is anything that we are not, it is in control. We are on the verge of “causing” our own extinction every day, with every “decision”. We are not the drivers. We are driven. We are the product of and a vehicle for natural law… and the AI will be too.
Many developed countries are struggling with the economic instability associated with saturated markets. The common denominator is often supply and demand. For many, the issue is lack of growth of domestic patronage. This is a probable ceiling for every GDP.
Much of the issues based upon current political memes concerning immigration and acceptance of refugees are rooted in the saturation of the markets in the countries in which they exist. A developed world melting pot of sorts seems to be the political solution to the lack of growth in the markets.
The healthcare market in the US was patched by mandating insurance for those who often need it the least. This is the strategy of the famed “Obamacare”; which was originally referred to as the ACA (Affordable Care Act). An industry needed more patrons; so the government forced it with legislation. This was of course temporary as the ceiling, though raised was still finite. Legislation for the promotion of illegal immigration is a hot topic in the US as of late. This is probably because illegal aliens are seen as at least potential consumers. Making citizenship more easily attained however is not part of the agenda. This is by all accounts pernicious. By giving illegal immigrants limited rights, the markets might be floated for an extended amount of time without the obligation to new citizens in the event of financial crisis. It has the appearance of a ponzi scheme where a class that falls in between second class citizenry and illegal alien is led on without any of the inalienable rights given to naturalized citizens. This appears to parallel the conditions that the influx of refugees falls under as well.
The issues in Europe are similar. In Germany for instance, the refugees don’t seem to be enticed toward the benefit of citizenship either. This is a problem for many reasons. The most important is probably the fact that these people are not migrants of their own volition. Though the hype of the issues with this are a bit over inflated, the issue still remains. Naturalization is not the primary intent; and possible financial boons will be taken advantage of.
In Japan the push for population increase is falling upon the Japanese women. They are being coerced in more and more despicable ways to have children. This is a huge issue for those who wish to devote their lives to their careers. In trying to preserve their culture they are adding a blight to it with this issue.
The most concerning issue with this wide spread problem is the political “solutions” to it. In third world countries, population control methods are being implemented. One of the most promising that has been demonstrated in several cases is the promotion of higher education in girls and young women. Where the youth have educational resources and encouragement, few females want more than one child if any. Careers become more of a focus. In the developed world, especially in the US, spending and promotion of educational resources have fallen off. This is also the case with funding for science. It’s been pointed out that population control is reserved for the third world to make way for population increase in the developed world. This developed world melding pot is sold as one thing and used as another.
My intuition is that policies would rapidly change in the throws of financial hardship. This is unacceptable. Immigrants and refugees should be enticed toward citizenship. Any other policy is ethically devoid. We can no longer refer to the west as the “Free World” under these conditions. The term developed world is losing meaning by the day.
An Approach to a Scientific Economic System
An Open Project Proposal
By: Tory Wright
Socioeconomic systems though complex and chaotic, are very measurable and probably somewhat predictable; with the benefit of the many scientific disciplines. Though much measurement and prediction is occurring under the current neo-capitalistic paradigm, an approach based on General Systems Theory would be more likely to produce the desired outcomes and coordinate human society with external systems. This would also be more likely to assist in mitigating extinction and existential risk.
The Model is based on a common tuple. <T ,U ,Y ,Q ,Ω, δ ,λ,> The tuple denotes two subsystems. The Western characters on the left represent the Particular function of the socioeconomic system. This is the distributed manufacturing and distribution system that today’s business models compose. It states that over a period of time ( T ), an input to the system ( U ) produces an output ( Y ); resulting in a particular state ( Q ). The Greek characters on the right represent the Archetype function of the system. This is the administrative function of the system. This would replace the ancient political structuring with a multi-disciplinary study. It states that an admissible input to the system ( Ω ) brings about a transition ( δ ); that results in an observed output ( λ ). The model would be based upon observed outcomes.
The Archetype is a theoretical and experimental resource that aims to produce generalized axioms for creating project models. The merit of the archetypal axioms would be based upon the observed outcomes in the Particular.
The Particular is an applied and experimental resource acquisition and distribution subsystem. It would use the axioms produced by the Archetype to create individual project models. It would also be a field testing ground for the axioms produced by the Archetype.
The Archetype and Particular are modeled after the theoretical, experimental and applied domains of the scientific community. The difference however, is there would not necessarily be a peer review process. The axioms would be based upon the observed outcomes in the field. This is the essence of the interaction between the Archetype and Particular. The socioeconomic system itself would be a complex, self-organizing system. It would be the product of it’s initial conditions as opposed to being a product of artifices. The Archetype produces the axioms for the creation of individual project models; and the Particular tests the efficacy of the axioms through experimentation in the field.
The approach is based upon the functions of physical and biological systems. It would self-organize by responding to the general environmental conditions in a naturalized manner. This would be accomplished by computer mediation. Data driven, multi-disciplinary analysis, inferential statistics and observed outcomes might balance human influence with the overarching systems. Naturalization is most probable when following the most accurate approximations of natural axioms.
Since the system would be based upon the observed outcomes, practicality might be intrinsic to the system. The system is poised to produce desired outcomes as the observed outcomes are the metric by which the efficacy of the axioms are to be measured.
It’s difficult to produce a political description of a system that is apolitical. The most accurate description may be a balance between Instrumentalism and Proceduralism. The Archetype is somewhat Instrumentalistic and Epistecratic however it is influenced by the Particular which is Proceduralistic. Since the Archetype is charged with producing the axioms, it fits within the description of Instrumentalistic. Since it would likely be those with higher education that would be analyzing the system, it would fit the description of Epistecratic. The Archetype wouldn’t however have control of decisions. The Particular would allow participation in the process; thus it would fit the description of Proceduralistic. It would be the outcomes in practice that would be the metric for decision making.
Risk management might be based on the theoretical principle that Entropy through Normalization begets Novelty; that over time might become that which is Long Normal. Efforts to remove Entropy from the system through analysis by multi-disciplinary inferential statistics would be likely to minimize unfavorable consequences. Coordination with the local, environmental, extra-terrestrial, behavioral, biological and physical systems would be likely to produce less Entropy, and thus the desired outcomes; as unexpected outcomes would likely be minimized. Consideration of externalities in the formation of individual projects would likely be intrinsic to the system.
It is said that, “The universe is in the business of Entropy”. That is the observation. Entropy is by far the most common emergence. Extinction is thus the most common outcome. This however requires some qualification. When considering archaeological and geological time spans as opposed to historical time spans, extinction is the sole outcome. This would suggest that concerns over extinction risk are more immediate goals. It might be better to categorize as abrupt extinction risk. It would stand to reason that more long term goals would be subject to a more advanced theoretical understanding than our current one when the relevant conditions are upon us. The best approach toward long term goals might thus be to advance our theoretical understanding. This too however requires some qualification. The advancement of our understanding has brought about an awareness of new risks that we hadn’t previously considered. Extraterrestrial risk factors such as asteroid strikes were not likely to be addressed as little as 50 years ago.
Crises are another risk factor that are recurring at an accelerated rate. This may suggest that our current economic paradigm is entropic. It would stand to reason that some degree of normalization is in order. In the event that a pure systems theoretical paradigm is not the outcome, a socioeconomic theory with such a basis could prove useful just the same; for the purpose of risk management alone.
That which is to survive and become novel and eventually long normal, is subject to normalization. This probably entails coordination with a critical mass of existing systems. The focus on normalization is likely the most effective axiom for risk management by our current theoretical understanding.
We have suffered the consequences of an ancient, Coercion based socioeconomic system for upwards of 10,000 years. Our understanding of natural systems has long since advanced beyond the point to support it’s incoherence. We however struggle with economics as it has become a heuristic. Economics is one of the strongest environmental pressures and thus likely one of the most difficult to reform. It would stand to reason that only strong environmental pressures would be likely to produce reform as a response.
Given that our socioeconomic paradigm is indeed sufficiently entropic, General Systems Theory might suggest that many of the issues that we face are consequences of our inputs to the overarching systems. It would be in our best interest to do the analysis and the math to determine more empirically if this is the case. This is not something that is currently being done by Economists despite it’s appeal to reason. This leaves us arguing widely from a state of ignorance. We will not have to wonder so anxiously about whether or not we will have a future if we do the work to provide one for us.
The Argument: https://gfxgarage.wordpress.com/2015/08/
Though there would be a great deal of scientific data and processes involved in such a system, I would have to say no. The basis itself is not indicative of the characteristics of natural systems in general. Rather the main tenant of RBE is that “the resources are the common heritage of all of the inhabitants”. It’s not made clear as to whether or not that means humans alone; however suggestions throughout the explanation tend to suggest that it is. The basis for this reason appears to be sociopolitical and very socialistic.
The major difference between RBE and currency systems is the lack of a unified metric for valuing products and services. This doesn’t appear to be a problem with RBE as distribution is Open Access and thus doesn’t require it. There is the social value of products and services which is dynamic and somewhat Democratic; in that products and services would be utilized based upon public want and need. This of course would be dependent upon availability with respect to the initial survey. My argument here of course requires some qualification. Species propagation is dependent upon many factors; one being resource constraints. Where resources are apparently abundant, species impulsively take advantage. This is observed in all ecosystems. There is really no scientific argument for sustained abundance due to the manner in which all biology propagates. The observed favorable impact of economy, scientific methodology and technological advancement has been a rise in the standard of living and only that. RBE does not seem to be capable of removing the coercive nature of resource calculation and distribution for that reason. This argument also requires qualification. It’s not the physical abundance or scarcity that invokes impulsive responses like population growth. It is the perception of the abundance or scarcity of resources that brings that result. In any situation where resources are perceived to be scarce, the natural impulse to hoard is to be expected. There are no defeaters to the phenomenon of scarcity in RBE; only the phenomenon of artificial scarcity. For this reason RBE seems to be more coherent than the current system on this topic specifically. Of course most humans are only going to be concerned about the socialistic fairness that would appear to be intrinsic to it. This however is not likely to be the case in practice as abundance is likely to be thwarted by our own impulses to take advantage of surplus. Natural competition for resources is a fact of nature that seems to defy all proposed solutions. The notion of Abundance is not realistic; and arguments that require abundance for the favorable outcome are fallacious. This paragraph is a basic explanation of the arguments that follow in this article.
RBE only addresses the lack of knowledge of the resources available on the biosphere alone. The plan for calculating the carrying capacity must be dynamic in that carrying capacity is more than a division of resources among the populous. RBE takes this into account however there is no descriptive plan for calculating carrying capacity. It is of course reliant upon the technological advancement; efficient and effective usage and re-usage however there is no real plan to deal with these specifics that could effect the outcome. RBE seems to be truncated and too narrowly focused to produce the outcomes that are being promised. This is because it only focuses on the distribution of resources to humans. It doesn’t consider the biosphere as a complex, self-organizing system that needs to be managed in a naturalistic methodology. For this reason, I find it to be lacking in solutions for ecological issues, health and well being, ethics and security. This isn’t however because the system couldn’t address these issues in detail after the fact. It’s because of the issues that could arise due to a foundation that promotes a social heuristic that isn’t likely to value the fact that closed systems do not exist in reality; and human social systems are to be subject to natural law no matter how advanced. Distribution of resources among humans has little to no relevance on the management of the biosphere as an ecology. Though it has relevance to the health and well being of the population there is no clear argument for how it will promote it in a competitive environment. This argument requires some qualification of course. The previous paragraph explains that though there would likely be large advantages to RBE the basic competitive nature of self-organizing systems isn’t being addressed directly. The distribution of resources toward public health is going to be dynamic and there is no declaration of the sovereignty of that aspect. The basis of RBE is political and thus easy to manipulate. History has taught us grave lessons concerning this. The same principle applies for ethics. In competitive environments human amygdalas promote insecure and defensive types of behaviors. RBE does not appear to address this in an effective manner. The movement away from the warlike society of yet is a wonderful thought however RBE does not have a sufficient argument for it could achieve this as it is based upon the notion of abundance being feasible. I have already addressed this. It also does not seem to have a specific plan for protection from off world natural disasters. As a matter of fact, it tends to ignore not only the resources that space could provide, but also the dangers. Again, humanity is subject to natural law no matter how advanced.
RBE seems to be a political ideology to be scienced the shit out of. Though I think it has the potential to be a much better system than the one we currently live under, I also think it has the potential to be much worse. It appears to be another truncated political system that would produce more struggling with systemic issues than it solves. This is because the foundation doesn’t directly address the issues. It doesn’t create a heuristic that is coherent. It appears to be political ideology in which scientific reasoning is to be imposed. This doesn’t appear to be an effective approach to a scientific economic system as the approach itself is not scientific. It’s socialistic and instrumentalistic. I’m not confident in RBE.
Everyone knows beauty when they see it; but what is it exactly? What are the characteristics; physical, philosophical and spiritual? Is it in the eye of the beholder or the properties of the universe… or both? Let’s look at this question in depth.
Up until the 1800s there was thought to be obvious observable, physical evidence of unfavorable characteristics in human behavior. In the time of Freideric Nietzsche, physically unattractive people were thought to be morally unappealing as well. When confronted by a person that shared this belief and expressed it to the homely Nietzsche he replied, “Do you know me?”. It seems silly in hindsight to lend credence to such a notion; but there is an interesting fact about the way that the brain processes that particular type of information that could explain the confusion.
Gustatory impulses are processed in an area of the brain that is located beneath the boundaries of the Temporal and Frontal Lobe. This is where the physical reactions to unfavorable behaviors, thoughts, ideologies, forms etc. are processed as well. This is why vomiting often accompanies horrible tragedies, accidents, traumatic experiences etc. This not only correlates the more severe forms, but also the more benign. Some of the more benign forms can be normalized in the Frontal Lobes as Novelty.
The notion of unattractive people being prone to moral depravity led to a study. The researchers were testing the idea by testing a prediction that an average of the facial features of a large group of the worst criminals would produce the types of facial features that would distinguish criminal impulses. What actually happened was the average of the facial features in both the male and female studies produced portraits of very good looking people. What they found from this study and the independent studies that followed, was attractiveness is normative to a large degree. Attractive people essentially have average, normal features and we impulsively find that attractive.
There is good reason for us to prefer what is normative. It’s often an indicator of health, strength, social functionality etc. It’s not quite as shallow as we tend to think. It’s also not quite as black and white. The image above shows that Normative Appeal is essentially the rule. This is the case even though we find differences to be beautiful as well. Novelty is normalized with what is considered Long Normal when the gustatory response is not present or not strong enough to outweigh the interest. Marilyn Monroe’s beauty mark is an example of a small imperfection that made her more interesting; and added to her beauty. It’s that very small lack of bilateral symmetry that made her more interesting. Humans may strive for normality, but we are also bored by it. That which is different without being disruptive or destructive is often interesting to us.
All of this information requires some form of metric for comparison and contrast. Beauty is a spectrum. We find some things to be more beautiful than others. We also have varied accounts of beauty; so it also seems to be subjective to a small degree. The metrics are however dynamic; since we find so many characteristics to be beautiful. There is an interesting phenomena that occurs when the realistic human metric is forced on the observer. In this case small inconsistencies can be extremely unappealing. This is what is happening with the Uncanny Valley. Many of the inconsistencies with stick figures to cartoons to 3D cartoons to more realistic characters are forgivable under many metrics. This persists until the image nears reality to the point that it forces the realistic human metric. This is what all portrait artists who do realistic portraits struggle with in their final pass.
When an image becomes so close to a realistic human there is really no other metric to compare it to, than a realistic human image. This is something that humans are very sensitive to. We use this skill not only to distinguish one person from another but also to judge mood, health, physical fitness etc. All of the characteristics, their benign opposites and more account for our perception of beauty. Michelangelo tended to produce ideological beauty where as Picasso tended to push the bounds of asymmetry. There are many types of beauty and it appears that the overarching axiom is Normative Appeal. The homely Nietzsche was ideologically beautiful in his intellect. The most heinous criminal can have the physical appearance of a character from Greek mythology; and small inconsistencies can either put us off or drive us wild. The phenomenon of beauty is in itself beautiful; because of how immensely interesting it is.
The model is based upon General Systems Theory and the Epistemology of David Bohm’s Implicate Order. This is to produce the most complete and coherent socioeconomic system as practical
< T, U, Y, Q, Omega, delta, Lambda >
In the tuple above, the ( T, U, Y, Q, ) is the Particular portion of the mathematical framework for the model. It indicates interactions with and within the socioeconomic system. It represents time (T), input (U), output (Y) and state (Q). It denotes that input produces an output and results in a particular state over a certain length of time. The ( Omega, delta, Lambda ) is the Archetype portion of the mathematical framework for the model. It also indicates interactions with and within the socioeconomic system. It denotes that admissible input ( Omega ) through transition ( delta ) results in the observed output ( Lambda ). The Archetype functions as theoretical reference for the Particular which is the platform for practical application. The input ( U ) can be compared with the admissible input ( Omega ) to insure that the output ( Y ) results in the desired state ( Q ). The Particular also provides testing for the Archetype. Axioms provided in the admissible input ( Omega ) are tested in practice for refining theoretical value.
The Implicate Order was intended to provide the most coherent cognition as practical however the attention to “wholeness” could be extremely useful in modeling a socioeconomic system. The tendency to consider systems as fragmented hierarchies could result, and has resulted in considering them as closed systems contrary to the physical reality. Where all interactions are considered, there is minimized opportunity for unexpected outcomes. Where there is a pragmatic ( Omega ) the ( delta ) produces an ( Lambda ) that is as similar to expectation as practical.
To develop the Archetype, analyzing data sets for interesting relationships with cross disciplinary Inferential Statistics could produce the axioms for an initial hypothesis. The hypothesis is then tested by constructing business models in the Particular for practical application. The data that results feeds back into the Archetype to refine the axioms. This feedback loop begins the self-organization.
In trying to model a socioeconomic system that is generally coherent, General Systems Theory seems to be the obvious choice for a basis. A multi-disciplinary study towards the goal appears to be the route. The issues that we have faced with Socioeconomics has generally been due to either lack of understanding or more recently, lack of implementation. The accrued entropy has made the need for fundamental change not only more evident and accepted but also more dire. The attempts at developing contingencies have been a long line of partial solutions. Though at this stage such a change could produce large effects, it may still be too little too late. General Systems Theory may provide a conceptual basis for a more coherent socioeconomic system. Realizing that socioeconomic systems are most likely to be coherent if they are inherently self-organizing systems, the model would require that particular property. This may be possible by modeling the system to be intrinsically dynamic, abstract and of course decentralized. This can only function properly if the inputs are considered with a high degree of coherence themselves. Rather than relying on the failed attempts at incentives that civilized society has defaulted to for thousands of years, mathematical attractors might be employed by the scientific disciplines that are relevant to the specific use case; be it Physical Science, Botany, Psychology etc.
The dichotomy of “Particular” and “Archetype” distinguish the theoretical (Archetype) and practical (Particular) usage of the tuple in the image above. The Particular represents the practical applications of the economic theory for business models and the Archetype supplies the modeler with axioms to ensure coherence in individual application. It’s important that admissible input (omega) be well researched across the relevant disciplines to ensure that the transition (delta) produce the intended observed output (lambda). This being the case, the input (U) can be checked against the axioms associated with the admissible input (omega) to ensure that the output (Y) brings about the desired state (Q).
Inclusion of all variables is extremely important due to the fact that there really are no closed systems. The fact the consideration of input and output relies upon a created boundary doesn’t suggest that it is an accurate representation of the physical state of the system. Entropy can more easily arise when variables aren’t accounted for as unexpected effects are likely whether or not the intended function exists. This doesn’t necessarily mean that destructive effects are probable in any certain instance; however they become more probable as instances accrue in multitude. Inclusion of as many variables as practical is essentially a preemptive solution to risk management in a more scientific sense.