Realm of the C’s

Realm of the c's

Expected Rigor And Discipline

The ‘realm of the C’s’ is a phrase borrowed from business planning, and it refers to a long list of words and terms that are holistically applied during the processes producing such internal plans for enterprises. Most of these words as it happens all begin with the letter ‘C’, hence the phrase. Here these words and terms apply to every aspect of an Elegant Reasonism based investigation and especially to development of a Treatise based on such an effort.

Elegant Reasonism Generalized Process Flow
Elegant Reasonism Generalized Process Flow (open in a new tab for larger view)

The Elegant Reasonism Generalized Process Flow, depicted here, has other pages that elaborate on the words and phrases used to convey the constituent concepts. The realm of the C’s as applied to the methods, process, technology, and epistemology is reflected by the background bullet shading behind the three part columns; Recognition, Illumination, and Holistic Analysis and centers on the word Treatise. The intent here is to draw attention to the fact that the entire body of work must simultaneously be consistent with the terms found here and in any Treatise developed following Elegant Reasonism. Any discrepancy constitutes a (formal) process defect. Investigators should be critically situationally aware of their thinking as they move through the Decision Checkpoint Flowchart. Thought Experiment 0001 Critical Situational Awareness Thinking may help.

It should be noted that these terms do not just apply to the language employed in Treatise, but to every facet of any given investigation. We must be very careful in describing terms, variables, and constants employed in mathematics, and such operations must also conform to the rigor and discipline demanded by these terms.

Also note that moving left to right on this chart we move from chaos to unified clarity on the right as depicted by the respective sentences on those borders of the chart respectively. This chart is not intended to be an ultimate guide, but rather as fodder for a meets minimum for formal investigations conforming to ISO standards. This would be especially true of any Quality Metrics established as a function of any given investigation.

Each of the terms below apply to every aspect of this chart and the body of work that would be involved in any given investigation. From original historical research to final Treatise in compliance with the unified Universe held litmus to your or your team’s investigative conclusions. This list of terms is considered as an ISO QMS litmus test for all investigations. All team members must generally agree that their effort meets these criteria at every step and stage especially in Treatise.

NOTE: It is vitally important to recognize that while these terms apply with distinction internally to encapsulated interpretive models they also apply to each area of Translation Matrices and the relative and respective analytical layers therein. Readers here should pay especial attention to the holistic application of these terms across the process & methods as well as the final Treatise.


Capability (e.g. Techniques)

The specific techniques employ tools borrowed from the Information Technology industry, most especially the concept employed by Internet Protocol Servers called ‘translation tables’. Translation tables (in the IT industry) convert machine addresses (on the Internet) to human readable addresses. Translation tables then are distant ancestors of the modern Translation Matrices described herein. Where translation tables are two-dimensional, Translation Matrices are three. Explicit detail is provided in the patent application. Essentially the Translation Matrices takes a pluralistic approach to encapsulated interpretive models of the Universe (one of which is required to close to unification) applied against a neutral set of investigative ‘paradigms of nature’, subjects the holistic properly configured & completed Translation Matrices to intense analytical scrutiny, and holistically develops insights in formal or informal Treatise as is appropriate to the defined objective/goal. Because one of the interpretive models so employed is required to close to unification, and because Elegant Reasonism seeks truth as a function of a unified reality, the holistic Treatise resulting from these various techniques delivers unique and distinct methods leading to processes that are “self-clarifying”.


‘Cells’ as a standard refers to the content investigators place inside the intersection points between interpretive models and paradigms of interest at any given layer of Translation Matrices, and it specifically demands Critical Thinking and Situational Awareness skills in order to properly quantify. The 2D Translation Table Articulation Layer tends to be ‘column centric’ as its general contents focus on manifestations of a specific interpretive model. In the case of the left most column, those sets of cells are defined by the investigation. Other layers are similarly constrained by their relative and respective purpose and intent. Some cells have both horizontal components, others vertical, while still others have both horizontal and vertical requirements. For this reason it is imperative that proper knowledge management is applied to the development of these tools by investigators. Investigators are warned and cautioned that manifestations of a particular paradigm of interest remain true to the relative and respective interpretive model manifesting it. This requires such details to remain in context of the model. Knowledge management professionals should remain vigilant about various detail sets within a domain of discourse because constituents of such sets may change model to model as a function of mode shifted context relative to and respective of paradigms of interest. Paradigms of interest should ultimately be parsed as finely as required in order to completely quantify its manifestation across the plurality of interpretive models. M1, for example, must articulate how each of the dimensions ‘of space’ are made manifest relative to the factors required of the higher ordered construct of spacetime.


When the development of this material began circa 2004, simple ‘tables’ were used for “translations”. Over time, it became obvious that adding layers to the tables significantly improved the usefulness and power derived from these tools and methods thus transforming a 2D instrument into a 3D mechanism employing both vertical and horizontal components. As they matured they became vitally important in their own right separate and distinct from the investigations for which they were being used. There really is no officially correct set of layers, and the reasons are driven by the needs of the ISO 9001 QMS defined investigation. What is important is that there are enough to comprehensively meet the objectives of the investigation underway. Elements of each layer generally follow the columnar layout of the various interpretive models of the Universe employed. The rigor associated with any given layer is also a function of need associated with the particular investigation. Investigations happen to be costly, and investigation teams accountable to national or global organizations might want to be as complete and thorough as is humanly possible. Otherwise, it is permissible to conduct ‘simplistic’ investigations.


Chain refers to ‘evidence chains’. Evidence chains represent Elegant Reasonism based relationship linkages and the patterns they may manifest. Such relationships may exist within encapsulated interpretive models or as a function of individual analytical layers within Translation Matrices analytical stack as appropriate.

Checks (Process Decision)

Process Decision Checkpoints are places in the process where effectiveness is measured and assessed. The intent is to help an investigation to know whether or not to proceed or to recurvively review the work effort completed to that point. In many cases review is required. Seldom does any investigation proceed from the upper left of this chart to the lower right in a single pass. Sometimes looping in one area or another may take months even years to complete. For example, it took the SolREI company sixteen years to complete The Emergence Model, and that just gets us to the point where we can say it closes. There remains tremendous amounts of work yet to be done (likely by someone other than us).




Remember that Translation Matrices have different Classes, or areas representing various domains of discourse and the detail sets within them. These various domains have their own requirements that are relatively obvious and need no specific treatment here because of that obviousness. What is not obvious are the requirements of encapsulation of interpretive models relative to elimination of LEEs.. Depending on how a given investigation defines its objectives and goals will drive the taxonomy associated with such class distinctions and the domains of discourse they represent. What is important is the rigor, diligence, critical thinking, and situational awareness with which the investigator instantiates holistic integrity assurance. Also, remember that Translation Matrices employed at foundational levels are there for a reason, and that they are very likely highly systemic. Even if a given investigation is not obviously influenced by them, there are very likely real reasons to perform a systems review. If a given systems review is not fundamentally based on a unified reality, the truth it may report is a function of an incomplete context. That is to say its truth is necessary but insufficient, at best. In a worst case it is highly misleading and likely committing The Langer Epistemology Error.


‘Close’, or ‘closure’, refers to being self-contained context. The SolREI company has concluded that relative to the subject of encapsulated interpretive models of the Universe ‘closure’ to unification must be intrinsic, as a matter of priority consideration, at the outset of defining any model’s basic core constituents exactly because those elements are systemic to everything else that model makes manifest. Close herein refers to the ability of a given interpretive model to completely describe all aspects of the model with no further assistance. In the case of interpretive models of the Universe, this means the models must close to unification of physics. This requires the abstractions employed collectively, holistically and logically describe the Universe in a manner consistent with this section of this document. An inability of any given model to accomplish closure, as a matter of priority definition, constitutes a Six Sigma “sigma defect”. The degree to which it does not must then also be quantified, calculated and analyzed as a function of the investigation employing the particular Translation Matrix. Whether or not a particular model closes or not will significantly influence that model’s ability to attain the remaining factors of this section. The only interpretive model of the Universe known to this inventor which “closes” is The Emergence Model’s logical view: M5. M5 was therefore included as an element of the patent.

Another aspect of a “closed” model is the expectation that in conforming with this section, that it (e.g. any given encapsulated interpretive model) does not change in any substantial manner. While this at first might seem counter-intuitive to science and the scientific method, which constantly integrate change into their foundations, it is simply a manifestation of a requirement to iterate model designations or sub-designations. The concept here is one derived from the software engineering industry and employs versions and release levels. Once M1.00.000 has been declared then that “model” will be locked in perpetuity. It can iterate at some level, but it cannot be allowed to change. It may only and exclusively be superseded by subsequent iterations or a failure to use it substantially in any investigation.

To this end, SolREI has created a rudimentary relational database and placed it in our software library. Consistent with ISO 9001 QMS standards and the patent as filed, all licenses are required to report significant insights back to SolREI. Anyone may use the contact us form for this purpose. Appropriate insights will be reintegrated into the database for everyone else to leverage. In this sense and for this purpose that database in our library is considered “the master database”. The company is happy to help support mirrors and hubs as appropriate and as time permits given our startup situation.


That any case or argument be clear, logical, and convincing. A good cogent plan (e.g. method) for anything is compelling and strong. Powerful cases are potent, effective tools and methods. This patent is deemed ‘cogent’.


Model coherence means that every facet of any and every model of existence should be logical, consistent and united relative to its holistic whole. Its associated sets of abstractions should patently demonstrate affinity for one another. Concepts from the smallest scales should be coherent relative to those at the largest scales and vise versa. Translation Matrix coherence holds the same meaning except that it applies to the holistic Translation Matrix employed by the relative and respective investigation.

Coherence applies especially to the development of Elegant Reasonism based Treatise which in and of themselves must be coherent, but they must simultaneously maintain coherence with the body of work they reflect.


Facets of models should “flow” easily within characterizations and intuitively ‘fit’ relative to other facets of the relative and respective model. This is not just true within a given model relative and respective of the abstractions that model employs but from those abstractions out to the various paradigms of physics as well. Each facet should ‘stick together’ forming synergistic whole. Each constituent facet of any given model should dovetail with one another as a jigsaw puzzle pieces form an entire image once completed.


The holistic whole should represent a relevant story or contain a core message about which the narrative is built. Nothing in that story should be incongruous relative to the holistic whole, and that holistic whole should be built on an interpretive model which closes to unification exactly because such models are foundational and systemic. That means those fundamental concepts are inter-related with all higher ordered concepts and should intrinsically support that holistic story. This systemic nature connects and provides communications threads from the most fundamental to the largest concepts conveyed.

Language Usage

What is meant by this topic title is not English, French, German, Italian, Spanish, etc., rather it is construction of sentences consistent herein to mean what you say and say what you mean. A review of technical history will result in an illumination of ‘claims’ being made that may not have been intentional, but manifest because of lack of attention to language usage or critical thinking not being adequate to the task at hand. Knowledge assumptions play into these issues as well. Broad agreement to those assumptions is also a factor.

Language usage is so vital a factor that it is important to understand that it too is affected by “mode switching” from one model to another. It is vital to understand this because the answers to what, when, where, why, and how change model to model. An example of this is if we ask a question about acceleration ‘why’ in M1 might result in Newton’s laws being cited. Not until we understand M5 do we realize that M5 is ‘why’ Newton’s Laws are true, and we realize that what Newton said is a description of ‘what’ happens not ‘why’ it happens. Consequently, these issues are not trivial and must be inspected with great vigilance, diligence and perseverance. However, these issues are not likely to be rendered explicitly clear absent properly configured Translation Matrices.

Words like “system” take on a whole new meaning in the context of M5, for example, because therein everything is a system or ‘system of systems’. In that context words like ‘complete’ hold differences deeply systemic and different from what we might otherwise expect. Words used both by science and philosophies must also be reviewed to assure their relative and respective meanings do not change by interpretive models. Independent descriptions of investigations which accompany properly configured Translation Matrices should clearly identify the interpretive model to which it is associated. This can be done by placing the model and its reference number in parentheses prior to the beginning of the text. (M1) for example.


Complete herein means that all aspects of the various models are included and reconciled. That requires a clear articulation of all that works, all that does not work and implications of outstanding issues for each discrete interpretive model included. What does not work must be included as a ‘Sigma Defect’. It is not permissible to ignore these inabilities in sigma calculations. Logic artifacts and incongruities too constitute sigma defects in logically correct models. As of this writing, M5 is the only complete model. Interpretive models of the Universe should close to unification. They should describe the Universe “Big Bang” to “Big Bang” (e.g. from the beginning to the end and describe what happens at each stage). The interim phases should describe particle development and comprehensively describe both inorganic and organic processes. The model should conform to the entire set of “the realm of the C’s”. All physical properties should manifest as a function of the interpretive model as well as the fundamental forces of nature.

Completeness does not mean necessarily that 100% of all the details must be in every Translation Matrix employed by investigators. It does mean that in cases where multiple Translation Matrices are employed that they are clearly delineated, enumerated, and labeled. Their relative and respective relationships across the entire set of such tools must be clearly established. In this way foundational details may be relegated to one tool and inherited traits spawned from it to others. In all cases, however, the holistic set of Translation Matrices must conform to these same standards across all scales.


Composites, in the case of The Emergence Model, means complex configurations of MBPs formed as a product of The Fundamental Entanglement Function, limited by Severance comprised of knot invariants many of which may be in and of themselves knot invariants but of lower ordered complexity. That is to say higher ordered (parent) configurations may contain many lower ordered (children) components (constituents).


Requires that volumes of information be articulated with as few words as possible and in the clearest manner possible. Brief but comprehensive. Synonyms are succinct, pithy, incisive, and brief. The material should be short and to the point.


Conformance here means the degree to which each element of an investigation adheres to the requirements of the various processes, QMS standards, etc., articulated herein. ISO 9001, for example, has its own set of standards, and those are subsumed by this patent. That is, this patent integrates those standards here as well and expects investigators to conform to those standards as well as those articulated directly here. There are many standards simultaneously governing Elegant Reasonism. Investigation teams must determine how to balance these requirements against the stated objectives and goals of their particular investigation as required by stakeholders. This particular section covering standards must also integrate other standards like those imposed by ISO 9000 Quality Management of standards, Quality Management System (QMS) Standards, those imposed by Bayesian Statistics in order to support that set of analytics, Logic Calculus, etc. Standards then must be holistically considered in context of whole Translation Matrices, especially the Treatise articulating subsequent insights based on these developed resources. The standards provide a means for others to follow in the footsteps of an original investigation team and duplicate the Elegant Reasonism derived conclusions. The scientific method demands no less rigor; however, Elegant Reasonism imposes new disciplines in the form of the methods, processes and tools employed in order to develop insights. Historically traditional methods are useful, necessary, but too often prove to be insufficient specifically due to their epistemological derivation dependent on human physiological perceptions regarding evidence. A larger canvas is required, and Elegant Reasonism rises to fill that niche.


Each interpretive model of the Universe requires that the relative and respective abstractions it employs to align with its own rules, regulation and definitions. This is also true of those abstractions as they may be employed as constituents of higher ordered constructs and paradigms. Congruence is both internal and external to all interpretive models of the Universe. The degree to which we have high internal congruence and imperfect external congruence implies the potential existence of ‘logic artifacts’ that model possesses relative to actual reality. The congruence of any given model is an important factor relative and respective to that model’s integrity and its ability to align with affinity to reality.


Each and every abstraction, construct, paradigm, model, rule, regulation or other characterization employed within any given Translation Matrices be applied in the same manner relative and respective to that particular model as those factors relate to the various paradigms of physics. Consistency as it relates to Translation Matrices that analytics employed against one interpretive model of the Universe must be equally applied everywhere else in the particular Translation Matrix.


Constituents are constructs generally construed as components within a larger or parent construct (e.g. a part of a holistic whole). Quarks are constituents of Protons and Neutrons. Elements are constituents of minerals and molecules, etc.


In the noun form generally refers to the various conceptual elements being described or modeled. Herein they may be based on real evidence (e.g. empirical evidence) or they may be theoretical or hypothesized. Theyt may also be a hybrid containing both real and theoretical/hypothesized components. Constructs may be complex composite structures or entire architectures.


Here again a term has duplicitous meanings in so much as it applies to individual models as well as the holistic Translation Matrices employed and it applies to the various elements of the relative and respective models. We must remember that each interpretive model of the Universe employed by any given Translation Matrix establishes its own context. One implication of it is that one cannot think about any given model in the context of a different model. This is not “a rule”, it is a reality observed. Encapsulated interpretive models of the Universe create their own context and any trial based solely on such an exclusive and narrowly defined manner is subject to that lens. It is for this reason that Elegant Reasonism requires a plurality of interpretive models to be employed and requires one of those models close to unification exactly because such encapsulations which do not close to unification can only be logical in nature. Furthermore, it is imperative that the USPTO considering this patent application actually use this patent application as the basis for assessment of uniqueness. To do otherwise is to commit The Langer Epistemology Error. The USPTO must assess the uniqueness of this patent using Elegant Reasonism as a process within its own
organization in order to find the actual real value it holds. The SolREI company and the inventor stands ready to assist the USPTO in that endeavor. Any similarity of context across models is coincidence and should not necessarily be construed as ‘congruence’. One of the purposes of Translation Matrices is in translating or managing these various issues from model to model. Implications are that we must identify the basis interpretive model for any given description, at any scale, in order to establish the proper context for the language used in that characterization. Investigators are highly encouraged to use the standard nomenclature “(Mn)” where ‘n’ is an integer from 1 to 7 referencing one or more recognized interpretive models of the Universe prior to any given text. This predicate label will assure their readers of the intended context for the usage of chosen language characterizing their investigation. This is especially true of any treatise employing Translation Matrices. Parsing such treatise will undoubtedly require conversation and discussion about the various interpretive models employed, and because those models require “mode shifts” in the thinking behind them, such a label becomes imperative to assure effective communications between the authoring team and any reader.

Logically correct experiments, conducted in logically correct manners, immersed in a logically correct interpretive model of the
Universe will produce logically correct results; however, that has absolutely no bearing on whether or not any of that effort necessarily represents actual real physical reality. Such only represents the ‘logical correctness’ relative to the ‘context’ of the underlying assumptions (e.g. detail). See SolREI Studios video on this topic.

Establishing the basic context of a given problem area against which problem determination and Root Cause Analysis will be applied also incorporates an inventory of existing knowledge of the situation manifesting existing awareness. The cost of doing something may not be as great as the cost of not doing something. In this case, not employing Elegant Reasonism basic context presumes foundational constructs which are highly systemic and manifest perceptions through which the various team members engage reality at its various scales and may be incongruous with actual {real} unified reality. If predominant thinking is mired and otherwise ensnared by a logic trap, then that logic trap forms the perceptive lens through which everything is interpreted. That lens will only allow the team to perceive events and circumstances “as the lens permits”. If the lens ‘paints a certain picture’, then that picture is the only picture the team will see. Elegant Reasonism demands a plurality of interpretive lens, one of which must close to unification. Only when the Elegant Reasonism approach is properly engaged, will the team realize that there are real objects, circumstances, phenomena, and events transpiring which other models (e.g. interpretive lenses) were not showing them at all. In effect, they are taking off their ‘rose colored glasses’.

  • Determine the set of foundational interpretive models required to illustrate the required plurality in order to illuminate needed insights.
  • Document contextual changes between the various interpretive models and isolate foundational paradigms of nature for integration into the processes herein.
  • Determine contextual layering by interpretative model. Such layering will establish systemic factors, relationships, constructs, and other aspects respective and relative to each interpretive model. For composite architectural systems, also determine the various ‘orders of complexities’ in order to determine the number of lower ordered constructs involved which also may need to be understood in context of higher ordered systemic issues.
  • Inventory, by interpretive model, the various abstracts, constructs, paradigms, paradigm stacks and their relationships, rule sets and descriptions in order to articulate how the problem being investigated manifests through the lens of each interpretive model. This includes all elements of all mathematics, their parameters, tools and methods, constructs, axioms, etc. necessary to reflect each interpretive model’s ‘point of view’.


Contiguous herein generally refers to relatedness, inheritance, and other attributes of character illuminating concepts as part of the holistic whole.


Continuity is the unbroken and consistent existence of or operation of something over a period of time. Continuity is also the maintenance of consistent action and self-consistent detail across a communicative body of work (e.g. herein construed against encapsulated interpretive models as we as unification themes as a philosophical predicate priority consideration).

Correctness (e.g. Truth)

Elegant Reasonism truth fundamentally lay in context of and alignment with the reality of the unified Universe. Just because we believe something, it does not necessarily make it true despite our sometimes fervent belief to the contrary. Elegant Reasonism truth aligns with the standards outlined herein as a function of alignment with the unified Universe. That statement necessarily employs the use of interpretive models in order to attain such an alignment because we never, ever, claim that we are directly describing the actual real reality exactly because we always hold it litmus in discerning truth. Contextual truth may manifest within any given encapsulated interpretive model. Such truth means that, to the extent possible, a model may find great congruence with the standards herein, but it does not close to unification. M1 is such an example. M5 also finds great congruence with these same standards and it does close to unification. Both M1 and M5 are simultaneously true to their respective logically correct views. M5 does close to unification and, therefore, relative to Elegant Reasonism, holds a greater truth than does M1 for that reason. So long as an encapsulated interpretive model manifests paradigms of interest in compliance with the standards herein, it may be said to minimally be logically correct. We must realize that does not necessarily imply that model rises to the level of ‘Elegant Reasonism truth’ unless it also closes to unification, simultaneously relative to and respective of the existing interpretive models and real unified reality.

Coupled (e.g. Fully Coupled Reference Frames)

Stephen Hawking pointed out in his Black Hole research that unification would never be accomplished until all reference frames could be fully coupled. That means that all fundamental forces could be explained relative to one another in full compliance reflected here. It means common geometric basis. It means isotropic reference frames. The Emergence Model, produced by Elegant Reasonism, is fully coupled.


While here the term is used similar to the traditional definition regarding a principle or standard by which something may be judged or decided, it is important to understand the implications of encapsulation and holistic use of Translation Matrices, especially the various analytical layers as stacked for a given investigation. Each of these varying facets may contain differing criteria and depending on the juxtaposition of elements within encapsulated interpretive models they may be counterintuitive or even contradictory. These issues are expected to be reconciled during the analytical process phase.




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