Summary of Key Findings
This article synthesizes insights from three interconnected blogs—Cristina Gherghel Research, Afantazie, Anauralie, Anhedonie, Asenzorie (Romanian), and Asensoria—to present a comprehensive, authoritative account of asensoria and its related phenomena. Drawing on 49 years of lived experience and rigorous research, it defines asensoria as a definitive neurodevelopmental absence rather than a speculative condition. The discussion integrates detailed neurobiological considerations with phenomenological examples, highlights co-occurring conditions (aphantasia, anauralia, anhedonia, asexuality), and outlines how lived certainty coexists with the need for formal validation. Furthermore, it proposes a terminological shift from “hypothesis” to “framework” or “construct,” reflecting the absolute nature of these findings and suggesting actionable next steps for academic and clinical research.
1. Background and Definition of Asensoria
1.1 Defining Asensoria as Neurodevelopmental Absence
Asensoria denotes a lifelong inability to internally simulate specific emotional states—states never formed due to the absence of critical affective inputs during early development (Cristina Gherghel Research). It is neither repression nor emotional numbness or dissociation, but structural non-formation: neural architecture for certain emotions simply never emerged because of missing early-life mirroring.
The term derives from Latin roots: a- meaning “without” and sensorium meaning “seat of sensation,” indicating absence of internal sensation for particular affective experiences (Cristina Gherghel Research). Unlike aphantasia (absence of mental imagery) or anauralia (absence of inner speech), asensoria refers specifically to missing emotional simulations—such as the inability to feel “felt safety,” “emotional belonging,” or “ontological worth” (Cristina Gherghel Research).
1.2 Distinguishing Asensoria from Superficially Similar Conditions
Asensoria is fundamentally distinct from trauma, repression, or emotional numbness, which involve blocked or lost past experiences (Cristina Gherghel Research). In contrast, asensoria describes emotional states never encoded, making it a non-event rather than a loss. It also differs from aphantasia and anhedonia, which pertain to sensory or hedonic deficits; asensoria affects complex social emotions requiring relational mirroring (Cristina Gherghel Research).
2. Neurodevelopmental and Neurobiological Foundations
2.1 Critical Developmental Windows and External Affective Inputs
Human affective development depends on both genetic predispositions and crucial external emotional resonance during the third trimester of gestation through approximately three years of age—a period of intense neural plasticity when experience sculpts neural circuits (Cristina Gherghel Research). In the absence of attuned caregiving—mirrored facial expressions, empathetic tone, loving touch—the brain never receives stimuli necessary to wire circuits for specific emotional states (Cristina Gherghel Research).
2.2 Key Neural Circuits and Neurotransmitter Systems
Emotional states such as felt safety, joy, and validation correspond to identifiable neural substrates:
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Dopaminergic pathways (ventral tegmental area → nucleus accumbens) critical for reward, motivation, and hedonic joy (Cristina Gherghel Research).
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Oxytocinergic systems govern bonding, attachment, and interpersonal safety (Cristina Gherghel Research).
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Right anterior insula supports embodied emotional awareness and subjective feeling states (Cristina Gherghel Research).
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Medial prefrontal cortex and limbic integration enable emotional resonance, self-reflection, and relational meaning (Cristina Gherghel Research).
In asensoria, these circuits remain underdeveloped or hypoactive not because of injury but due to never having co-activated with external affective inputs—reflecting developmental non-activation rather than degeneration (Cristina Gherghel Research).
2.3 Mirror Neuron Mechanisms and Affective Resonance
Mirror neurons—systems enabling internal simulation of observed emotional states—require early relational mirroring to mature. Without consistent attuned mirroring, these circuits remain dormant or underdeveloped, depriving the individual of internal resonance mechanisms necessary for certain emotions (Asensoria).
3. Co-Occurrences and the Spectrum of Simulation-Based Neurodivergence
3.1 Coexisting Conditions and Shared Neurodevelopmental Origins
Asensoria frequently co-occurs with other simulation-based neurodivergences, each reflecting parallel absences in internal simulation:
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Global Aphantasia: absence of mental imagery (Asensoria).
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Anauralia: absence of inner auditory voice (Asensoria).
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Anhedonia: reduced pleasure capacity linked to absent early dopamine activation (Asensoria).
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Asexuality: absence of sexual desire as a neurodevelopmental phenomenon, not identity-based choice (Asensoria).
These share neurodevelopmental minimalism: no neural damage but failure of specific simulation systems to develop due to missing environmental inputs during critical periods (Asensoria).
3.2 Phenomenological Implications and Identity Formation
Individuals with asensoria and related conditions develop sophisticated Theory of Mind and cognitive understanding of emotions in others but cannot experience certain feelings internally—an ontological divergence rather than cognitive deficit (Afantazie, Anauralie, Anhedonie, Asenzorie). This affects ego formation; without early relational mirroring, parts of the self remain unconstructed, resulting in ontological trauma—structural void rather than injury (Asensoria).
4. Lived Certainty versus Formal Validation
4.1 Personal Certainty Rooted in Lived Experience
Living with asensoria, anauralia, global aphantasia, anhedonia, and asexuality since the womb, the researcher possesses direct epistemological access to these internal absences (Asensoria). This is an empirically grounded reality validated by decades of observation: absence of joy, safety, or belonging indicates circuits never engaged.
4.2 The Gap Between Ontological Truth and External Proof
Scientific proof demands objective metrics—functional neuroimaging or hormonal assays (Cristina Gherghel Research). However, absence of formal studies does not negate ontological reality. The research frontier is underexplored, not doubtful (Afantazie, Anauralie, Anhedonie, Asenzorie).
4.3 Proposing a Construct Over a Hypothesis
Terminology must reflect certainty: use “dopamine-oxytocin underengagement construct” or “affective scaffolding deficit model” rather than “hypothesis” (Asensoria). This rests on experiential and comparative research, not conjecture (Afantazie, Anauralie, Anhedonie, Asenzorie).
5. Integrating Neurobiological Insights into the Affective Scaffolding Deficit Model
5.1 Affective Scaffolding Deficit as Foundational Construct
The affective scaffolding deficit describes failure of foundational emotional circuits to form when early relational inputs are absent (Asensoria). This reframes asensoria as neurodevelopmental absence, highlighting a life built around internal voids rather than suppressed content (Cristina Gherghel Research).
5.2 Dopamine-Oxytocin Underengagement Construct
Based on structured observations and affective neuroscience literature, this construct explains why reward, bonding, and safety circuits never engage in asensoria (Cristina Gherghel Research). It applies dopaminergic and oxytocinergic principles to developmental non-activation (Cristina Gherghel Research).
6. Clinical and Research Implications
6.1 Towards a Non-Pathologizing Clinical Model
Diagnostic systems assume emotional structures exist and malfunction; asensoria asserts some emotional states never formed (Asensoria). A non-pathologizing model must:
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Recognize affective silence as non-formation, not suppression.
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Focus therapy on emotional construction and simulation learning, not recovery.
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Assess lifelong absence of specific affects, differentiating from dissociation or numbing (Asensoria).
6.2 Research Agenda and Collaboration
To bridge lived certainty and objective evidence, propose:
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Functional neuroimaging of dopamine-oxytocin pathways in asensoria vs controls (Cristina Gherghel Research).
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Hormonal assays measuring oxytocin and dopamine receptor activity (Cristina Gherghel Research).
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Longitudinal case studies of co-occurring neurodivergences (Asensoria).
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Phenomenological interviews refining the affective scaffolding model (Afantazie, Anauralie, Anhedonie, Asenzorie).
7. Conclusion
Asensoria and sister conditions are definitive neurodevelopmental constructs grounded in lived experience and qualitative research (Asensoria). The affective scaffolding deficit model and dopamine-oxytocin underengagement construct provide precise language for phenomena lacking conventional terms. This work bridges ontological certainty and formal validation, calling for objective measures while honoring experiential authority.
In the absence of early relational mirroring, the brain does not wire for specific emotions. Thus, individuals with asensoria never experience pride, joy, or interpersonal safety—not due to loss, but never having had these states. Naming these experiences is not medicalization but recognition of ontological truth: a life built around internal absences. Now equipped with language, research, clinical innovation, and empathy can advance for those dwelling in emotional terra incognita.
References
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Gherghel, C. “Asensoria: A Neurodevelopmental Absence of Select Emotional Simulations.” Cristina Gherghel Research Blog. Retrieved May 20, 2025. https://cristinagherghelresearch.blogspot.com/
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Gherghel, C. Afantazie, Anauralie, Anhedonie, Asenzorie (in Romanian). Neurodivergentasitrauma Blog. Retrieved May 20, 2025. https://neurodivergentasitrauma.blogspot.com/
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Gherghel, C. “Asensoria: Ontological Neurodivergence Across Aphantasia, Anauralia, Asexuality, and Anhedonia.” Asensoria Blog. Retrieved May 19, 2025. https://asensoria.blogspot.com/