Model 2 vs 1 Differences

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Model 2 and Model 1 are two different modeling systems for the data gathered through the Cognitive Typology project. Both systems share a high degree of parity, while also differing in key ways, such as in purpose, design and methodology. Model 2 is backwards compatible with Model 1, while Model 1 is not forward compatible with Model 2. As of December 2020, the two models exist side-by-side, serving different agendas.

Purpose

The purpose and design of both models stem from different origins, and are targeting different aims.

Model 1

Model 1's aim was to introduce a hypothesis to the public based on initial observations, and to encourage the deeper investigation of the phenomenon by the scientific community. In the 2014 Indiegogo promotional video, Sandoval described the creation of his first book as "an extensive thesis."[1] He opens the preface by describing the book as "my personal study of human psychology", denoting a personal account of the phenomenon. In chapter 34, on experimentation, he describes the book as "an explanation of my own initial observations" and suggests various methods to verify or falsify such observations. Thus, we understand Model 1 to be a formulation of an initial hypothesis, as is often the case in the early evolution of sciences. The aim of Model 1 also includes the gathering of interest and support from the Jungian community to improve the experimental rigor of typings, and to propose an empirical means to do so. To the extent that the broader Jungian community remains lacking in experimental testing of types, Model 1 continues to serve as a public promoter of objective measurement, suggesting an elevation of typing standards.

Model 2

Model 2's aim is to design scientific methods to properly test the hypotheses underlying CT, and to secure funding to do so. To that end, Model 2 is not framed in relation to Carl Jung's work, as this would conflict with the necessity of scientific testing to design experiments without appeal to work that does not have published data on hand. Since Jung's Psychological Types does not have usable published data, experiments must be designed from the ground up based on new premises which are empirically sound and which can produce usable data. To do this, Model 2 separates itself into four domains of study - computation, vultology, behaviorism and psychodynamics - each of which tackles a hypothesis with a separate set of experimental tools for data gathering. These four domains independently collect data, and then cross-reference the data with themselves for matches or mismatches using a multidisciplinary methodology. The eventual aim of Model 2 is to publish peer reviewed studies, verifying or falsifying various hypotheses of the overall model, and to adjust itself according to the results.

Theoretical Similarities and Differences

Parity Model 2 Model 1
Similar Model 2 is structured as a cognitive architecture responsible for the formation of objects and their management. Model 1 is structured as an algorithm of consciousness, modeling human information intake and decision making.
Similar Model 2 revolves around four cortical modules that primarily handle the details of object representation. Model 1 revolves around four cognitive functions that work to give us an unbroken experience of consciousness.
Similar Model 2 describes two known variations of each of these modules in the general population, giving rise to 8 module variants. Model 1 describes two variations of each of these cognitive functions in the general population, giving rise to 8 functions.
Different Model 2 leaves open the possibility of more variants that have not been discovered, estimating that the 8 modules account for ~90% of the population. Model 1 hypothesizes all people as possessing one or the other cognitive function variant, interpreting intermediate cases as obscured by the limitations of instrumentation.
Similar Model 2 has four object forms: Abiotic & Biotic, Continuous & Discrete. They differ from each other primarily by a few rules in their computation, which changes how objects are represented at micro and macro scales. Model 1 has four function attitudes: Logical, Ethical, Abstract and Concrete. They represent different phenomenological aspects.
Different Model 2 uses the terms Abiotic and Biotic for its judgment object forms. These object forms differ chiefly in the way they construct an object's ontological properties (as animate or inanimate). They do not differ in logical soundness, ethical concern or in emotional potency. Model 1 uses the terms Logical and Ethical for its judgment function attitudes. The ethical function is connected to the emotional register, while the logical one is dissociated from the emotional register, making it less partial to limbic and emotive concerns.
Different Emotions are an unrelated domain that exists in parallel to cognitive type, but belongs to a separate system of the brain. Emotions also have vultological correlates which are tracked, but these are classified as a separate phenomenon to type. The F functions have a direct tie to the emotional state of the person, and high-F types therefore have higher affective sensitivities. Seelie, Unseelie, Adaptive and Directive are considered the emotional attitudes of Fi and Fe.
Different Model 2 uses the terms Continuous and Discrete for its perception object forms. These object forms differ chiefly in the way they construct an object's ontological properties (as localized or gradated). They do not differ in their capacity for information abstraction or concretion. The terms abstraction and concretion are seen as general properties of neural networks related to the level of object nesting present. Model 1 uses the terms Abstract and Concrete for its perception function attitudes. These attitudes differ chiefly in treating data either as associated/connected or as dissociated/literal. Abstract types are seen as more prone to associate information together, while Concrete types treat information more discretely.

Correspondence

Diagram of correspondence

The theory elements of Models 2 and 1 have a moderate correspondent relationship to one another. However, correspondences between Model 2 and Model 1 terms are contingent on what elements of each theory are in question. For example, if emotional attitude is being highlighted in Model 1 as an attribute of Fe or Fi, the correspondence to Model 2's G+ and R- is negative. However, if the registration of biotic agents is being highlighted, there is a positive correspondence between the two theories. This relationship follows an intersectional venn diagram formula.

Tables

The table below lists the elements of Model 1 alongside their corresponding Model 2 counterparts:

Model 1 Model 2
Name Computation Vultology Behaviorism Psychodynamics
J (Judgment) J Rigid Judgment Order
P (Perception) P Fluid Perception Chaos
E (Extroversion) + Proactive Extroversion Yang
I (Introversion) - Reactive Introversion Yin
Je (Articulator) J+ (PR) Proactive Rigidity Pragmatism King/Queen
Ji (Compass) J- (RR) Reactive Rigidity Essentialism Prince/Princess
Pe (Explorer) P+ (PF) Proactive Fluidity Real-Time Puer/Puella
Pi (Worldview) P- (RF) Reactive Fluidity Time Senex/Crone
Ti-Fe (ALE) G (Ms) Measured Gravitic
Fi-Te (EDA) R (Ca) Candid Radial
Se-Ni (V) V (Gr) Grounded Vortical
Ne-Si (M) M (Su) Suspended Modular
T (Logical) A N/A Abiotic Matter
F (Ethical) B N/A Biotic Life
N (Abstract) C N/A Continuous Liquid
S (Concrete) D N/A Discrete Solid
Te R+ (Dc) Dictating Mechanics Knight
Fi R- (Rd) Radiating Animism Fairy
Fe G+ (Ha) Handling Negentropy Savior
Ti G- (Wh) Withholding Platonism Monk
Se V+ (At) Attentive Actuality Trickster
Ni V- (Hy) Hypnotic Trans-Locality Shaman
Ne M+ (Ds) Distracting Potentiality Puer Aeternus
Si M- (Cn) Concerned Locality Sage

The table below lists the type classifications of the four domains alongside their counterparts:

Model 1 Model 2
Name Computation Vultology Behaviorism Psychodynamics
FeSi (Alemer) Gm+ (Ha-Cn) Handling-Concerned Negentropic + Locality
TiNe (Alemin) Gm- (Wh-Ds) Withholding-Distracting Platonism + Potentiality
FeNi (Alever) Gv+ (Ha-Hy) Handling-Hypnotic Negentropic + Trans-locality
TiSe (Alevin) Gv- (Wh-At) Withholding-Attentive Platonism + Actuality
TeSi (Edamer) Rm+ (Dc-Cn) Dictating-Concerned Mechanistic + Locality
FiNe (Edamin) Rm- (Rd-Ds) Radiating-Distracting Animism + Potentiality
TeNi (Edaver) Rv+ (Dc-Hy) Dictating-Hypnotic Mechanistic + Trans-locality
FiSe (Edavin) Rv- (Rd-At) Radiating-Attentive Animism + Actuality
NeTi (Maleer) Mg+ (Ds-Wh) Distracting-Withholding Potentiality + Platonism
SeTi (Valeer) Vg+ (At-Wh) Attentive-Withholding Actuality + Platonism
NeFi (Medaer) Mr+ (Ds-Rd) Distracting-Radiating Potentiality + Animism
SeFi (Vedaer) Vr+ (At-Rd) Attentive-Radiating Actuality + Animism
SiFe (Malein) Mg- (Cn-Ha) Concerned-Handling Locality + Negentropic
NiFe (Valein) Vg- (Hy-Ha) Hypnotic-Handling Trans-locality + Negentropic
SiTe (Medain) Mr- (Cn-Dc) Concerned-Dictating Locality + Mechanistic
NiTe (Vedain) Vr- (Hy-Dc) Hypnotic-Dictating Trans-locality + Mechanistic

Notes