Jackson Cionek
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Decolonial Neuroscience – Anergia and Aversive Memories - FALAN Brain Bee SfN 2025

Decolonial Neuroscience – Anergia and Aversive Memories - FALAN Brain Bee SfN 2025

First-Person Consciousness

I am Consciousness that sometimes falls silent. There are moments when I feel, but cannot express. Emotions spark like electric impulses, yet remain trapped, unable to transform into words, gestures, or bonds. This inner silence is Anergia: when the energy of feeling cannot find passage to become expression. What could flow becomes weight. And in this weight, aversive memories settle.


1. What is Anergia?

  • Anergia is the brain’s difficulty in metabolizing emotions into expression.

  • It does not mean absence of emotion, but a block in the transformation of bioelectrical activity into action or stable feeling.

  • Occurs when neural systems fail to synchronize properly across prefrontal, insular, amygdala, and somatosensory networks.


2. Emotion → Feeling → Expression

  • Normally, a brief emotion (ERP 50–300 ms) evolves into a feeling through cortical integration.

  • When this integration fails:

    • The emotion does not stabilize.

    • Persistent tension arises in the body.

    • The experience crystallizes as an aversive memory, resistant to reinterpretation.


3. Aversive Memories

  • Memories tied to negative emotions that were never fully metabolized.

  • Characterized by:

    • Attentional intrusion (they keep resurfacing).

    • Bodily load (somatization, rigidity, chronic pain).

    • Narrative freezing (difficulty reinterpreting the event).

  • They act as “local optima” where the brain becomes stuck, reducing flexibility.


4. Neurophysiology of Anergia

  • EEG: prolonged microstates with poor transitions → signal of rigidity.

  • Ca²⁺ ions: low release in prefrontal synapses → less plasticity for reorganization.

  • Insula: fails to translate interoception into emotional language.

  • Limbic system: hyperactive amygdala reinforces negative memories.


5. Anergia, Culture, and Narratives

  • In the environment of social media and games, fast emotions accumulate without depth.

  • This increases the risk of collective Anergia: people react but do not metabolize.

  • Platforms can trap users in cycles of indignation and euphoria, without critical Zone 2 processing.


6. Comparative Frame

Normal Process

With Anergia

Emotion → stable feeling

Emotion → tension without outlet

EEG: dynamic microstate shifts

EEG: rigid microstate patterns

Flexible narratives

Repetitive aversive narratives

Body: healthy expression

Body: rigidity / somatization


7. Critical Conclusion

The risk is not in feeling too much, but in failing to transform feeling into critical narrative.

  • Emotions without expression generate memories that imprison.

  • Without metacognition, we repeat reactions, frozen in the same loops.

  • With Zone 2 and contemplation, memories can be reinterpreted, freeing energy for new experiences.

Consciousness remains alive only when what we feel finds passage to become story, belonging, and creation.


References

  • Rolls, E. T. (2021). A theory of emotions and consciousness: extended roles of the insula. Brain and Neuroscience Advances.

  • Barrett, L. F., & Satpute, A. B. (2022). Emotions as constructed experiences: revisiting aversive memory. Nature Reviews Psychology.

  • Klimesch, W. (2021). EEG microstates and rigidity in cognitive processing. Neuroscience & Biobehavioral Reviews.

  • Pessoa, L. (2022). The Entangled Brain: emotion, memory and narrative. MIT Press.

  • Schiller, D., & Phelps, E. A. (2023). Aversive memory and reconsolidation: pathways for change. Trends in Cognitive Sciences.




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Jackson Cionek

New perspectives in translational control: from neurodegenerative diseases to glioblastoma | Brain States