We Are Moralising Nervous Systems

The concept of “emotional intelligence” has become deeply embedded in modern psychology, education, leadership training, parenting discourse, and workplace culture. It is often treated as a marker of maturity, wisdom, social competence, or even moral development. Calm people are described as emotionally intelligent. Reactive people are described as lacking emotional intelligence. Entire industries have formed around teaching it. I am regularly contacted by professionals who say they do not have it and need it, and parents who want me to help their children “learn” it. It has become something of a “subject” that can supposedly be taught.

The problem is that the concept itself may be fundamentally flawed.

Not because emotions are unimportant, and not because emotional “intelligence” does not matter, but because the framework subtly misrepresents what is actually happening inside human beings. It misreads regulation as intelligence, and turns it into virtue. It turns nervous system functioning into character judgement.

In reality, much of what we call “emotional intelligence” may be better understood through executive functioning, nervous system regulation, cognitive load, reward processing, stress physiology, sensory processing, developmental experience, and available regulatory resources.

This distinction matters enormously.

In other words, what we often call emotional intelligence may have far more to do with emotional regulation than intelligence itself.

These are profoundly different ways of understanding human behaviour.

When a person struggles to regulate frustration, tolerate discomfort, pause before reacting, or recover from overwhelm, we often assume they lack emotional maturity or insight. Yet modern neuroscience increasingly suggests that emotional regulation is not primarily a personality trait. It is a state-dependent neurocognitive process involving executive functioning, inhibitory control, attentional systems, and physiological regulation (Gross, 2015; Zelazo & Cunningham, 2007).

This is why so many people report that they do not understand why they cannot act the way they know they should. They know the correct response. They know what they “should” do. Yet in the moment, they cannot consistently access it. Over time, hopelessness and shame begin attaching themselves to this gap between knowledge and performance. People start believing they are weak, immature, selfish, lazy, or emotionally defective.

But people do not regulate emotions in isolation from the condition of their nervous system.

A chronically overloaded nervous system alters attention, impulse control, flexibility, inhibition, working memory, and threat perception. Under stress, the prefrontal cortex — the area heavily involved in executive functioning and self-regulation — becomes less efficient, while more reactive survival-oriented systems become increasingly dominant (Arnsten, 2009). This is not a moral failure. It is neurobiology.

One of the major weaknesses of the emotional intelligence framework is that it often mistakes regulation for wisdom, when regulation may depend far more on available cognitive and physiological resources.

A person functioning within a regulated environment will generally regulate emotions more effectively.

Remove adequate sleep, emotional safety, predictability, manageable sensory input, supportive relationships, or nervous system stability, and regulation often deteriorates rapidly.

In short, perfect environments better produce “perfect behaviour”.

This becomes especially important in neurodivergent populations.

Research on ADHD increasingly demonstrates that emotional dysregulation is not a secondary personality issue, but a core functional difficulty connected to executive functioning, inhibitory control, and reward-processing systems (Barkley, 2015; Shaw et al., 2014). Many individuals with ADHD experience significantly greater difficulty regulating emotional responses, delaying impulses, shifting attention, and recovering from frustration. These are not signs of low intelligence, nor are they evidence of poor character.

They are regulatory difficulties.

Two people may appear very different emotionally while expending vastly different levels of cognitive effort internally.

One person may remain calm in a noisy environment because their nervous system filters sensory information efficiently. Another may become reactive not because they are less emotionally insightful, but because their system is already operating near overload. One individual may tolerate interruption easily because task-switching places minimal strain on working memory, while another experiences substantial executive disruption from the same interruption.

Behaviour becomes very easy to moralise when the underlying load is invisible.

The highly organised executive with stable routines, adequate sleep, financial security, low sensory burden, and strong executive functioning may appear emotionally intelligent, while the overwhelmed parent managing chronic stress, sensory overload, sleep deprivation, trauma activation, or ADHD-related executive dysfunction may appear emotionally deficient.

Yet what separates them may not necessarily be wisdom, intelligence, maturity, or insight. It may simply be the availability of regulatory resources.

Executive functions play a central role in emotional regulation. These include inhibitory control, attentional regulation, cognitive flexibility, working memory, planning, self-monitoring, and task shifting (Diamond, 2013).

IQ may measure intellectual potential, but emotional regulation and executive functioning heavily influence whether that potential can be accessed under real-world conditions.

A highly intelligent student experiencing severe test anxiety may underperform academically not because they lack knowledge, but because stress impairs working memory, attentional control, and cognitive efficiency during evaluation.

Executive functioning is itself highly dependent on nervous system state, meaning emotional regulation cannot be separated from physiology. Sleep deprivation, chronic stress, sensory overload, trauma activation, physical health, environmental unpredictability, and reward-processing differences all influence the brain’s ability to regulate behaviour effectively.

Reward-processing systems also appear to play an important role in emotional functioning. Research in ADHD and related neurodevelopmental conditions suggests that differences in dopamine-mediated reward processing may influence motivation, persistence, emotional modulation, and the subjective experience of reward itself (Volkow et al., 2011; Tripp & Wickens, 2008).

For some individuals, achievement does not reliably produce the internal emotional reward that people assume it should. Tasks may be completed, goals may be reached, praise may even be received, yet the nervous system does not fully register the expected sense of satisfaction, reinforcement, or completion.

What is often interpreted as emotional immaturity may, in some cases, reflect a nervous system that does not reliably experience reinforcement in the way people assume it should.

This also helps explain why emotional regulation is often inconsistent. A person may regulate well in one environment and poorly in another. They may appear calm one day and reactive the next. Traditional emotional intelligence models struggle to explain this inconsistency because they conceptualise regulation as a relatively stable trait. Nervous system and executive function models explain it far more effectively.

Human beings are not machines operating with fixed emotional settings. Regulation fluctuates depending on cognitive load, physiological strain, sensory burden, perceived threat, fatigue, social safety, and available executive resources.

This does not mean emotional regulation cannot improve.

It absolutely can.

But improvement comes less from moral instruction and more from increasing regulatory capacity.

People generally regulate more effectively when the nervous system experiences greater stability — through improved sleep, reduced sensory overload, increased predictability, appropriate recovery, supportive structure, and environments that reduce unnecessary cognitive strain.

Regulation improves when individuals understand their own patterns and limitations rather than viewing themselves as defective.

Emotional regulation is a skill.

But like all skills, it depends on the condition of the system performing it.

A drowning person is not bad at swimming because they cannot lecture calmly underwater.

And many individuals labelled emotionally unintelligent are attempting to regulate while neurologically overloaded.

Perhaps it is time to move away from frameworks that moralise behaviour and toward frameworks that understand regulation more accurately.

Not as evidence of superior character.
Not as proof of wisdom.
Not as a measure of human worth.

But as an interaction between executive functioning, nervous system state, environment, reward processing, cognitive load, and available capacity.

That is a far more humane understanding of human behaviour.

And it is likely a far more scientifically accurate one as well.

References

• Arnsten, A. F. T. (2009). Stress signalling pathways that impair prefrontal cortex structure and function. Nature Reviews Neuroscience.
• Barkley, R. A. (2015). Attention-Deficit Hyperactivity Disorder: A Handbook for Diagnosis and Treatment.
• Diamond, A. (2013). Executive functions. Annual Review of Psychology.
• Gross, J. J. (2015). Emotion regulation: Current status and future prospects. Psychological Inquiry.
• Shaw, P., Stringaris, A., Nigg, J., & Leibenluft, E. (2014). Emotion dysregulation in attention deficit hyperactivity disorder. American Journal of Psychiatry.
• Tripp, G., & Wickens, J. R. (2008). Research review: Dopamine transfer deficit: A neurobiological theory of altered reinforcement mechanisms in ADHD. Journal of Child Psychology and Psychiatry.
• Volkow, N. D., Wang, G. J., Tomasi, D., & Baler, R. D. (2011). Unbalanced neuronal circuits in addiction. Current Opinion in Neurobiology.
• Zelazo, P. D., & Cunningham, W. A. (2007). Executive function: Mechanisms underlying emotion regulation. Handbook of Emotion Regulation.

If this article resonated with you, and you recognise yourself or someone you love in these patterns, my coaching work focuses on understanding the underlying mechanisms behind emotional overwhelm, executive dysfunction, chronic stress, nervous system dysregulation, and neurodivergent functioning. Rather than approaching behaviour through shame, judgement, or simplistic ideas about “emotional intelligence”, I work from a framework rooted in nervous system regulation, executive functioning, capacity, and practical real-world support. The goal is not to become a different person. It is to understand the system you are working with, reduce unnecessary suffering, and build sustainable regulation from the inside out. Book a session here.