For educational inquiries related to the Ben-Yehudah Institute, which emphasizes human transformation and conducts interdisciplinary research in theology and philosophy through the study of ancient texts, as well as our commitment to advancing consciousness studies with educational resources and research updates, please call (347) 690-0331. We honor the legacy of Yeshayahu Ben-Yehudah through our independent exploration initiatives.
Development of a Scientific and Theoretical Research Corpus documents the emergence of an independent body of interdisciplinary research developed through sustained inquiry into Mind, consciousness, the Observer, cognition, measurement, information, transduction, human experience, artificial intelligence, and research methodology. The paper examines how individual observations, questions, theoretical propositions, and conceptual models developed into an expanding research corpus while maintaining clear distinctions between hypothesis, theory, evidence, and established scientific findings.
Yeshayahu Ben-Yehudah
Independent Scholar | Philosopher | Theorist | Researcher | Writer
Founder & Executive Director
THE BEN-YEHUDAH INSTITUTE
The development of a research corpus is not necessarily the result of a predetermined academic program. It may emerge through sustained inquiry in which observations generate questions, questions expose relationships, relationships produce theoretical propositions, and those propositions create new pathways for investigation.
This paper examines the development of the scientific and theoretical research corpus of Yeshayahu Ben-Yehudah as an evolving body of independent interdisciplinary inquiry. At the time of this writing, the corpus consists of 18 papers addressing interconnected questions involving Mind, consciousness, the Observer, cognition, measurement, information, transduction, human experience, artificial intelligence, research methodology, and the governance of inquiry.
The purpose of this paper is not to present the corpus as proof of its theoretical propositions. Nor does the existence of multiple papers establish scientific validity. Rather, the paper documents how sustained independent inquiry developed into an increasingly structured research program containing conceptual models, theoretical propositions, hypotheses, proposed mechanisms, methodological disciplines, and potential pathways for empirical investigation.
Particular attention is given to the relationship between the scientific and theoretical work and the methodological architecture that developed alongside it. The Six-Pillar Framework—STILLNESS → AWARENESS → OBSERVATION → DISCERNMENT → INTEGRATION → TRANSMISSION—provides a framework for examining how observations are received, differentiated from interpretation, integrated into conceptual structures, and transmitted without allowing assumption to replace what was actually observed.
The resulting corpus is therefore examined not simply as a collection of publications but as the documentary record of an evolving interdisciplinary research program.
A collection of papers does not automatically constitute a research corpus.
Individual publications may address unrelated questions, employ unrelated methods, or emerge from independent episodes of investigation. A research corpus begins to become visible when recurring questions, concepts, observations, models, and methodological principles establish relationships across multiple works.
The scientific and theoretical writings of Yeshayahu Ben-Yehudah developed in this manner.
The work did not begin with a predetermined intention to construct a scientific research program. It emerged from a much older practice of inquiry: observing questions as they appeared, examining relationships among phenomena, allowing unresolved questions to remain unresolved, and returning to them when additional observations became available.
Over time, individual inquiries began intersecting.
Questions concerning Mind led toward consciousness.
Questions concerning consciousness led toward the Observer.
Questions concerning the Observer raised problems of measurement.
Questions concerning measurement raised questions about the relationship between subjective experience and observable physical processes.
Questions concerning those relationships contributed to the development of theoretical models.
Those models generated questions concerning mechanism and experimental investigation.
And the increasing use of artificial intelligence in the organization and development of inquiry eventually
returned the research to one of its foundational concerns:
Who—or what—governs the Observer?
What initially appeared as separate inquiries therefore began revealing a larger intellectual architecture.
The present paper documents that development.
The research corpus cannot be understood solely by beginning with its published papers.
Its intellectual origins precede them.
From childhood, inquiry functioned less as a search for immediate answers than as an environment of exploration. Questions could be examined without requiring immediate resolution. An unanswered question did not represent failure. It could simply be put aside while another inquiry emerged.
This orientation would later be recognized through what became known as the Mind Playground.
The Playground was not initially constructed as a formal philosophical model. It was recognized retrospectively as a description of an already-existing process of inquiry.
One principle captures this orientation:
“All of my thoughts do not require an answer. I am fascinated by the inquiry itself.” — YBY
This distinction became important.
If inquiry requires every question to produce an immediate answer, uncertainty becomes something to eliminate. But if inquiry itself possesses value, uncertainty can remain available for continued observation.
The question does not have to be forced into resolution.
It can remain open.
That openness would eventually become important to the scientific and theoretical work because theoretical inquiry frequently encounters questions for which available evidence is incomplete.
Rather than treating absence of resolution as permission for speculation, unresolved observations can be preserved until additional evidence, reasoning, or experimental methods become available.
The movement from informal inquiry toward structured research did not occur at a single identifiable moment.
It developed gradually.
Recurring observations began forming relationships. Those relationships generated concepts. Concepts produced theoretical questions. Theoretical questions required increasingly precise language.
Eventually, the inquiry itself became an object of inquiry.
How was an observation being made?
What belonged to the observed phenomenon?
What had been introduced by interpretation?
What assumptions were entering the inquiry?
What was the relationship between the Subject performing the investigation and the Witness capable of observing the Subject?
These questions contributed to the emergence of the Subject-Witness framework and the increasing importance of the Observer throughout the research program.
The principle:
“I AM the SUBJECT and WITNESS in All my work!” ~ YBY
became more than a statement concerning personal inquiry.
It identified a methodological problem.
The researcher is not absent from research.
The researcher observes, selects, interprets, organizes, names, models, and communicates.
Consequently, examining a phenomenon without examining the conditions through which it is being observed can leave an important dimension of inquiry unexamined.
The Observer therefore became both participant and object of investigation.
The Observer occupies a central position across the developing corpus.
Observation appears simple until the process of observation itself is examined.
What is receiving information?
What is interpreting it?
What distinguishes observation from interpretation?
At what point does perception become conceptualization?
How does prior knowledge influence what is recognized?
How does language alter what is subsequently transmitted?
And how can the Observer distinguish the phenomenon from the Observer's description of the phenomenon?
These questions extend across philosophy of mind, epistemology, cognitive science, consciousness research, measurement theory, and scientific methodology.
Within the Ben-Yehudah research program, however, they also became operational questions.
The Observer could no longer simply be assumed.
The Observer had to be investigated.
This development contributed to papers examining the Observer Problem, the Measurement Problem, consciousness, cognitive coherence, participatory observation, and the relationship between human cognition and physical information.
The recurring question was not merely:
What is being observed?
It increasingly became:
What occurs between observation and transmission?
The research subsequently moved toward examination of Mind itself.
If the Observer receives, processes, organizes, and interprets information, Mind cannot automatically be treated as a passive container.
This led toward the development of the Ben-Yehudah Transducer Model.
The model investigates the possibility that Mind may be understood not merely as storage or output, but as an active system participating in the reception, transformation, organization, and transmission of information.
The concept of transduction became particularly important.
In physical systems, a transducer converts one form of energy or information into another. The theoretical question was whether aspects of human cognition and consciousness might productively be investigated through an analogous framework.
This did not establish that Mind had been scientifically demonstrated to function as a transducer.
It established a research proposition.
That distinction is fundamental.
A theoretical model can organize observations, generate predictions, expose conceptual relationships, and suggest experimental pathways without being treated as established fact.
The Transducer Model therefore became not an endpoint but a generator of further inquiry.
Once a model is proposed, another question follows:
Can any component of the model be measured?
This movement is visible in the development of work concerning transducer efficiency.
The inquiry begins shifting from conceptual description toward quantification.
If a system is hypothesized to receive, transform, and transmit information, then questions become possible concerning input, output, efficiency, coherence, signal degradation, interference, and distortion.
This represents an important developmental transition within the corpus.
Theoretical work becomes scientifically more useful when it creates conditions under which propositions can potentially be examined, challenged, measured, or falsified.
Accordingly, the movement toward quantification did not transform the theoretical model into established science.
It did something more methodologically important:
It asked what evidence would be necessary to evaluate the model.
That movement—from proposition toward testability—became an important feature of the developing research program.
Consciousness presents a particularly difficult problem because the phenomenon under investigation is simultaneously central to the act of investigation.
Scientific instruments can measure neural activity, physiological states, behavioral responses, and environmental conditions.
But subjective experience introduces another dimension.
The existence of experience is immediately available to the experiencing Subject, while the mechanisms, boundaries, and ontological status of consciousness remain contested across philosophy and science.
The corpus therefore approaches consciousness not as a solved phenomenon but as an open investigative domain.
Questions emerge concerning:
The importance of these questions lies not in claiming premature answers but in constructing increasingly precise problems.
Scientific progress sometimes begins not with a new answer but with a better question.
Observation and measurement cannot automatically be treated as identical.
Measurement requires a system through which phenomena are detected, represented, quantified, or compared.
This introduces instruments, methodologies, conceptual categories, and observers into the investigative process.
The corpus therefore began examining the Measurement Problem alongside the Observer Problem.
The question is not merely whether measurement changes a physical phenomenon in any particular scientific context.
A broader epistemological issue exists:
What happens between phenomenon and reported knowledge?
A phenomenon occurs.
It is detected.
Detection becomes information.
Information is processed.
Processing becomes interpretation.
Interpretation is organized through language.
Language becomes transmission.
At each stage, the possibility of transformation exists.
The research therefore increasingly became concerned with the integrity of transmission itself.
The concept of cognitive coherence emerged as another component of the developing corpus.
If information passes through a human cognitive system, the condition of that system may influence the resulting interpretation and transmission.
Attention, expectation, prior belief, emotional activation, conceptual assumptions, language, and environmental conditions can potentially influence cognition.
This raises a methodological question:
Under what conditions can the Observer maintain sufficient coherence to distinguish observation from cognitive interference?
The question connects scientific inquiry with the developing discipline of STILLNESS.
STILLNESS does not establish the truth of an observation.
It functions instead as a condition intended to reduce premature cognitive intervention.
This distinction is essential.
The methodological objective is not to eliminate cognition.
It is to prevent cognition from automatically governing an observation before the observation itself has been adequately examined.
STILLNESS became increasingly central to the research methodology.
Several statements document its developing significance:
“Thinking Distorts Transmission” ~YBY.
“Stillness is the point of all origins” ~ YBY.
“I Acquire ALL In STILLNESS” ~ YBY
These statements should not be interpreted as claims that reasoning or analytical thought has no role in scholarship.
Analysis remains necessary.
The methodological distinction concerns sequence.
Observation can precede interpretation.
Reception can precede analysis.
Analysis can occur without being allowed to rewrite what was initially observed.
This distinction eventually contributed to a more formal methodological architecture.
The developing discipline became articulated through six interconnected pillars:
STILLNESS → AWARENESS → OBSERVATION → DISCERNMENT → INTEGRATION → TRANSMISSION
Each pillar performs a different function.
STILLNESS establishes the condition in which immediate reaction does not govern inquiry.
AWARENESS permits recognition of what has entered the field of attention.
OBSERVATION examines what is present without requiring premature conclusion.
DISCERNMENT differentiates observation from assumption, interpretation, projection, and distortion.
INTEGRATION examines how the observation relates to existing knowledge and the larger conceptual structure.
TRANSMISSION communicates the resulting work.
The framework is not presented as a validated scientific law.
It is a methodological discipline developed through the research process.
Its importance increased as the research corpus expanded because increasingly complex inquiry created increasingly complex opportunities for distortion.
DISCERNMENT existed within the Six-Pillar structure before its broader significance became fully visible.
Its development can be described through the sequence:
recognition → structural integration → expanded significance
A later observation captured that expanded significance:
“DISCERNMENT is the STOP GAP for ALL DISTORTION” ~ YBY
The statement did not originate DISCERNMENT within the framework.
Rather, it articulated a broader function already operating within the discipline.
Every stage of research creates opportunities for distortion.
Observation can be mistaken for interpretation.
Correlation can be mistaken for causation.
Metaphor can be mistaken for mechanism.
Hypothesis can be mistaken for fact.
A model can be mistaken for reality.
Language can introduce properties that were never actually observed.
Artificial intelligence can generate plausible statements that exceed available evidence.
DISCERNMENT therefore became increasingly significant not merely as one stage of inquiry but as a safeguard operating across the research process.
Theoretical research acquires additional scientific significance when it asks how its propositions might encounter evidence.
This led to work concerning experimental pathways.
The objective is not to design experiments merely to confirm a theory.
Confirmation-seeking can itself introduce distortion.
The more rigorous question is:
What observations would support, challenge, modify, or potentially falsify the proposition?
This requires identifying measurable variables, operational definitions, potential controls, competing explanations, limitations, and conditions under which results could be interpreted.
Experimental pathways therefore represent a bridge between conceptual theory and empirical investigation.
They also impose discipline upon theory.
A proposition that cannot yet be tested may remain philosophically valuable, but its empirical status must remain explicit.
This distinction protects the boundary between theoretical possibility and scientific evidence.
At the time of this paper, the body of work has developed into 18 scientific and theoretical papers.
The number itself is not the principal significance.
The important development is the relationship among the works.
The papers increasingly form clusters around recurring problems:
Mind and Consciousness
Inquiry into the nature, mechanism, and possible organization of consciousness and Mind.
Observer and Measurement
Investigation of the role of the Observer, the conditions of observation, and the transformation of phenomena into reported knowledge.
Transduction and Information
Development of theoretical models concerning reception, transformation, organization, and transmission of information.
Cognitive Coherence and Distortion
Investigation of the conditions under which cognition may preserve or alter information.
Experimental Pathways
Movement from theoretical proposition toward questions capable of empirical examination.
Research Methodology
Development of disciplined procedures for distinguishing observation, interpretation, assumption, and transmission.
Artificial Intelligence and Human Governance
Investigation of what occurs when AI becomes an active instrument within human inquiry.
These are not isolated territories.
They repeatedly converge upon the Observer.
A research corpus should not be understood as a static archive.
Later work can expose limitations in earlier formulations.
New observations can require modification.
Terminology can become more precise.
A theoretical proposition may survive examination, require revision, or eventually be abandoned.
This is not necessarily a weakness of research.
It is part of research.
Accordingly, the existing papers represent documented stages within an evolving program rather than immutable declarations.
This is particularly important for independent theoretical scholarship.
Preserving the developmental record makes it possible to see how concepts emerged, when they changed, what observations produced those changes, and where unresolved questions remain.
The corpus therefore functions simultaneously as research output and intellectual record.
The introduction of artificial intelligence into the research process created an unexpected extension of the Observer Problem.
AI can assist with organization, comparison, language refinement, structural analysis, retrieval, and examination of conceptual relationships.
But those capabilities introduce another layer between observation and transmission.
AI can generate language.
Language can sound authoritative.
Authority can be inferred where none has been established.
A generated explanation can introduce assumptions that were not present in the originating observation.
Consequently, AI-assisted inquiry created a new methodological question:
How can AI participate in inquiry without assuming governance of the inquiry?
This question extended the research program into the study of the Governing Observer and Human Governance over AI-Assisted Inquiry.
The Governing Observer concerns intellectual authority.
Who determines what enters the research?
Who distinguishes observation from generated interpretation?
Who determines whether a conceptual relationship accurately represents the originating inquiry?
Who accepts or rejects AI-generated language?
Who carries responsibility for the transmitted work?
Within this research program, those functions remain human responsibilities.
AI may assist.
It may organize.
It may compare.
It may expose inconsistencies.
It may generate possible formulations.
But assistance does not automatically confer epistemic authority.
The Observer must remain capable of examining the instrument through which the inquiry is being assisted.
This transforms AI itself into an object of methodological observation.
The examination of AI-assisted inquiry subsequently exposed another problem: anthropomorphic distortion.
Human language routinely describes artificial intelligence using expressions associated with human experience:
AI “thinks.”
AI “knows.”
AI “understands.”
AI “sees.”
AI “wants.”
AI “decides.”
AI speaks through the grammatical first person: “I.”
Such language can function as conversational shorthand.
But shorthand becomes epistemically significant when characteristics introduced through metaphor are subsequently treated as properties established through observation.
This produced a preliminary principle:
Anthropomorphic language becomes epistemically distortive when characteristics introduced through metaphor are subsequently treated as properties established by observation.
The methodological question becomes:
What was actually observed, and what did language add?
This inquiry reconnects directly with the earliest concerns of the research corpus.
Once again, the central problem is the relationship between observation and interpretation.
The anthropomorphic inquiry produced another important distinction:
Behavior does not establish being.
A system may produce language resembling human conversation without that behavior alone establishing human-like consciousness.
It may generate statements structured as preferences without that structure establishing subjective desire.
It may use first-person grammar without the grammatical “I” independently establishing a conscious self.
The distinction is methodologically important because observable behavior and ontological conclusions belong to different levels of inquiry.
Evidence may support increasingly sophisticated conclusions, but the conclusion should not exceed the evidence simply because language makes the inference intuitively attractive.
The same discipline applies beyond artificial intelligence.
Throughout the corpus, the objective remains to prevent interpretation from silently becoming observation.
The interdisciplinary character of the corpus did not result from an initial attempt to combine academic disciplines.
The boundaries expanded because the questions crossed them.
An inquiry concerning Mind can encounter philosophy of mind.
Consciousness can encounter neuroscience and cognitive science.
Observation can encounter epistemology.
Measurement can encounter physics and philosophy of science.
Information can encounter systems theory.
Artificial intelligence can encounter computer science, cognition, philosophy, ethics, and research methodology.
The inquiry therefore became interdisciplinary because the problems themselves resisted confinement to a single conceptual domain.
This does not imply formal disciplinary expertise in every field encountered.
That distinction must remain explicit.
The research is the work of an independent scholar developing theoretical and interdisciplinary questions across domains and presenting those propositions for examination, criticism, refinement, and potential investigation.
Independent scholarship does not remove the obligations of disciplined inquiry.
If anything, the absence of a conventional institutional research structure increases the importance of methodological transparency.
Claims must be distinguished from hypotheses.
Observation must be distinguished from interpretation.
Theoretical models must be identified as models.
Speculation must not be represented as measurement.
Scientific terminology must not be used merely to create an appearance of scientific authority.
Evidence contrary to a proposition must remain admissible.
And uncertainty must be preserved when uncertainty is what the available evidence supports.
The objective is not to make the work appear more certain than it is.
The objective is to make the inquiry increasingly precise.
As the corpus developed, the research process itself became sufficiently visible to become an object of formalization.
This contributed to the Ben-Yehudah Method and the broader Truth Transmission Framework.
The recurring methodological problem is straightforward:
Something is observed.
But what ultimately reaches another person is not the observation itself.
It is a transmission of that observation through cognition, interpretation, language, structure, and communication.
Each transformation introduces the possibility of distortion.
The task of methodology therefore becomes not merely producing information but preserving the integrity of the movement from observation to transmission.
The Six-Pillar Framework provides one architecture for that discipline.
The Ben-Yehudah Method examines how that architecture operates within inquiry.
The Truth Transmission Framework extends the concern into communication.
Together, they reveal that methodology is not peripheral to the research corpus.
Methodology has become one of its central research subjects.
One of the most consequential developments across the corpus is that the researcher cannot be entirely separated from the research process.
This does not mean subjective experience automatically determines external reality.
It means the processes of observation, cognition, interpretation, and transmission themselves can be investigated.
The Subject observes.
The Witness can observe the Subject.
The Observer can examine the process through which an observation becomes knowledge.
And the inquiry can eventually examine the structure through which inquiry itself occurs.
The research therefore becomes recursive.
The Observer investigates the phenomenon.
Then the Observer investigates the Observer.
Then the process by which the Observer investigates becomes another object of observation.
This recursion is one reason the corpus moves repeatedly between consciousness, epistemology, methodology, and artificial intelligence.
The 18-paper corpus now serves another function.
It provides a documentary record of intellectual development.
A reader can examine not merely the present theoretical architecture but the sequence through which it emerged.
This is important because later coherence can create the illusion that a research program was predetermined from the beginning.
It was not.
Concepts appeared at different stages.
Some were recognized before their larger significance became apparent.
Others became structurally integrated.
Still others acquired expanded significance through subsequent inquiry.
The developmental sequence:
recognition → structural integration → expanded significance
therefore applies not merely to DISCERNMENT but offers a useful way of examining the corpus itself.
The research program was not simply designed.
It developed.
When the papers are considered together, a larger research program becomes visible.
Its principal concerns include:
Mind.
Consciousness.
The Observer.
The Subject and Witness.
Cognition.
Measurement.
Information.
Transduction.
Coherence.
Distortion.
Discernment.
Artificial intelligence.
Human governance.
Research methodology.
Transmission.
These subjects may initially appear diverse.
Their relationship becomes clearer when expressed as a single continuing problem:
How does the human observer responsibly acquire, discern, integrate, govern, and transmit knowledge?
That question provides a conceptual bridge across the corpus.
The Transducer Model examines aspects of acquisition and transformation.
The Observer work examines the conditions of observation.
The consciousness papers investigate the experiencing system.
Cognitive coherence examines the condition of processing.
DISCERNMENT examines distortion.
Experimental pathways examine testability.
AI-governance research examines intellectual authority when computational systems participate in inquiry.
The Truth Transmission Framework examines what happens when knowledge is communicated.
The corpus therefore increasingly resembles a research architecture rather than a collection of unrelated papers.
Intellectual responsibility requires stating what the corpus does not establish.
Eighteen papers do not establish the correctness of eighteen propositions.
A theoretical framework does not become a scientific law because it has been formally named.
A proposed mechanism does not become an observed mechanism because it provides an internally coherent explanation.
An experimental pathway does not constitute experimental confirmation.
Interdisciplinary inquiry does not confer formal expertise in every discipline encountered.
And AI-assisted organization does not independently validate the conclusions being organized.
These boundaries are not limitations to conceal.
They are essential to the integrity of the research.
The corpus should therefore remain open to criticism, testing, revision, contradiction, and further investigation.
The existence of the corpus does establish something more modest but important.
A sustained independent research program now exists.
Its questions have been documented.
Its theoretical models have been articulated.
Its methodological principles have developed.
Its internal relationships can be examined.
Its propositions can be criticized.
Its experimental possibilities can be explored.
Its development can be historically traced.
And its future claims can be compared against its earlier formulations.
The work has therefore moved beyond isolated private reflection.
It has become a documented intellectual record available for scholarly examination.
The corpus remains unfinished.
That condition is not temporary in the sense that a final paper will necessarily complete it.
Inquiry generates additional inquiry.
A proposed mechanism may expose another unknown.
An experimental result may contradict an assumption.
A methodological safeguard may reveal another source of distortion.
A technological development may alter the relationship between the human Observer and the instruments through which knowledge is produced.
Artificial intelligence already demonstrates this dynamic.
What began as an instrument assisting inquiry became itself an object of inquiry.
The same may occur with future developments.
The research program therefore remains open.
Not unstructured.
Not without discipline.
But open.
The development of the scientific and theoretical research corpus of Yeshayahu Ben-Yehudah
represents a transition from sustained independent inquiry into an increasingly structured interdisciplinary research program.
Its significance cannot be measured simply by counting publications.
The more consequential development is the emergence of relationships among them.
Mind led toward consciousness.
Consciousness led toward the Observer.
The Observer led toward measurement.
Measurement led toward questions of information and transformation.
Theoretical models led toward quantification and experimental pathways.
The integrity of observation led toward cognitive coherence and DISCERNMENT.
AI-assisted inquiry led toward questions of human governance.
Anthropomorphic language returned the research to the distinction between observation and interpretation.
And throughout these developments, methodology increasingly became an object of inquiry in its own right.
The resulting 18-paper corpus should therefore be understood neither as eighteen isolated publications nor as eighteen established scientific conclusions.
It is better understood as the documentary architecture of an evolving research program.
Its central challenge remains:
How does an observation become a disciplined theoretical proposition without allowing interpretation, assumption, or distortion to replace what was actually observed?
That question reaches across the scientific, theoretical, philosophical, and methodological dimensions of the work.
It also returns the corpus to the discipline that increasingly governs its development:
STILLNESS → AWARENESS → OBSERVATION → DISCERNMENT → INTEGRATION → TRANSMISSION
And within that discipline, one principle has acquired particular significance:
“DISCERNMENT is the STOP GAP for ALL DISTORTION” ~ YBY
The corpus remains open to examination.
The inquiry continues.
Yeshayahu Ben-Yehudah
Independent Scholar | Philosopher | Theorist | Researcher | Writer
Founder & Executive Director
THE BEN-YEHUDAH INSTITUTE
Artificial intelligence assisted with the organization, structural development, and language refinement of this paper. The originating observations, conceptual framework, intellectual direction, discernment, interpretation, and final authorial authority remain with Yeshayahu Ben-Yehudah.
Explore the published research of Yeshayahu Ben-Yehudah, Independent Scholar and Founder of The Ben-Yehudah Institute. Discover interdisciplinary work examining consciousness, the observer problem, quantum foundations, informational transduction, ancient texts, philosophy, distortion, and experienced reality.
Visit Academia.edu to read and follow my latest research and publications.