Coaching Parents

There is an emotional state that most people have experienced but have no precise word for.
It is not sadness. It is not distress. It is closer to a flatness — a condition in which things that would normally feel engaging or enjoyable simply do not, not because something is wrong in the way grief or anxiety is wrong, but because the system that generates positive engagement has gone quiet.
The clinical literature calls this anhedonia. What is worth knowing is that the research on the structure of affect, going back to at least 1980, places anhedonia and sadness in structurally different positions. They are not points on the same axis. Low positive affect does not imply high negative affect. The two systems operate independently, and the emotional vocabulary most of us acquired in childhood — which treats them as opposites on the same scale — was not built to reflect this.
A new article in The Complexity Debt series, Mapping With One Dimension, examines what the two-dimensional structure of emotional experience means for the vocabulary we give children and the vocabulary most adults are still using. The link is below.
If the flatness described here is familiar from your own experience or from the people you support, the article is relevant to understanding what that experience is and what vocabulary is available for it.

Mapping With One Dimension Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

There is an emotional state that most people have experienced but have no precise word for.
It is not sadness. It is not distress. It is closer to a flatness — a condition in which things that would normally feel engaging or enjoyable simply do not, not because something is wrong in the way grief or anxiety is wrong, but because the system that generates positive engagement has gone quiet.
The clinical literature calls this anhedonia. What is worth knowing is that the research on the structure of affect, going back to at least 1980, places anhedonia and sadness in structurally different positions. They are not points on the same axis. Low positive affect does not imply high negative affect. The two systems operate independently, and the emotional vocabulary most of us acquired in childhood — which treats them as opposites on the same scale — was not built to reflect this.
A new article in The Complexity Debt series, Mapping With One Dimension, examines what the two-dimensional structure of emotional experience means for the vocabulary we give children and the vocabulary most adults are still using. The link is below.
If the flatness described here is familiar from your own experience or from the people you support, the article is relevant to understanding what that experience is and what vocabulary is available for it.

THE COMPLEXITY DEBT Mapping With One Dimension - Article 2 of 4

At three and a half years old, only about 4 in 10 children can hold two competing rules for the same object at the same time. By four and a half, that rises to nearly 7 in 10.
That shift — documented across 69 studies — is what makes the difference between a child who can only sort by one rule and a child who can think 'this thing is both X and Y simultaneously.' It is also, according to the developmental research, what makes the difference between a child who needs binary categories and a child who could be given something more.
Most emotional literacy frameworks for young children use big and small as their primary emotional descriptors. The framework is well-intentioned and, for children under four, developmentally reasonable. The problem is that it tends to persist well beyond the developmental window it was designed for — into classrooms and parenting books aimed at children who are already capable of considerably more.
The same child being handed big and small as their emotional vocabulary is, around age five, perfectly capable of telling you that a vehicle is simultaneously a truck, a fire engine, and red. Three independent descriptors. No contradiction. No hesitation.
A new series of articles — The Complexity Debt — examines the developmental case for when and how children become ready for gradient thinking in emotional, ethical, and conceptual domains.

Vid 1 A new series of articles — The Complexity Debt — examines the developmental case for when and how children become ready for gradient thinking in emotional, e...

At three and a half years old, only about 4 in 10 children can hold two competing rules for the same object at the same time. By four and a half, that rises to nearly 7 in 10.
That shift — documented across 69 studies — is what makes the difference between a child who can only sort by one rule and a child who can think 'this thing is both X and Y simultaneously.' It is also, according to the developmental research, what makes the difference between a child who needs binary categories and a child who could be given something more.
Most emotional literacy frameworks for young children use big and small as their primary emotional descriptors. The framework is well-intentioned and, for children under four, developmentally reasonable. The problem is that it tends to persist well beyond the developmental window it was designed for — into classrooms and parenting books aimed at children who are already capable of considerably more.
The same child being handed big and small as their emotional vocabulary is, around age five, perfectly capable of telling you that a vehicle is simultaneously a truck, a fire engine, and red. Three independent descriptors. No contradiction. No hesitation.
A new series of articles — The Complexity Debt — examines the developmental case for when and how children become ready for gradient thinking in emotional, ethical, and conceptual domains. Article 1 is linked below.
If this connects with what you see in the children you work with or parent, the comments are open.

THE COMPLEXITY DEBT From Foundations to Dams - Article 1 of 4

In June 2025, researchers at MIT measured what happens to the brain when essays are written with AI assistance.
Three groups: one writing with a large language model, one with a conventional search engine, one with neither. The AI-assisted essays looked fine on the page. The EEG measurements showed reduced engagement of the circuits the brain uses for encoding and retrieval. When the researchers came back later and asked the participants to elaborate on their own essays, the AI group performed considerably worse than either of the others.
When the same AI tool is used in classroom settings that ask students to engage with what the AI produced rather than substitute it for their own thinking, the outcome reverses. Learning gains, not decay.
The fourth and final article in The Narrowband Problem series is about the structural difference between the two configurations and what it extends to across diversity training, scientific replication, and intentional change of every kind.
https://youtu.be/X2UyHQYtbsg
https://curiousgeorgep.substack.com/p/the-narrowband-problem-article-4?r=1zlxci

Working With the Gap - Preservation of the criterion The Narrowband Problem is a four-part series on the gap between rea...

A migration completed itself between 2016 and 2018. ‘My truth’ moved from therapeutic and spiritual discourse, where it carried a defensible function, into general speech, where the function changed.
The shift is small. ‘My experience’ acknowledges a view from somewhere particular. ‘My truth’ imports the authority of the correspondence criterion while retaining immunity from evaluation by it.
The cost shows up in disagreements that lose any procedure for resolution. New essay traces the philosophical genealogy, the neural mechanism, and a 1939 randomised trial that illustrates the pattern with unusual clarity.

Vid 3 A migration completed itself between 2016 and 2018. ‘My truth’ moved from therapeutic and spiritual discourse, where it carried a defensible function, into g...

In 1939, researchers in Massachusetts randomly assigned 506 boys at risk of delinquency to one of two groups. Half received an intensive five-year programme of mentoring, tutoring, summer camps and family support. The other half received nothing.
Joan McCord’s thirty-year follow-up found that the boys who received the programme, compared to those who did not, had higher rates of criminal convictions. Earlier deaths. More diagnoses of alcoholism and severe mental illness. Lower occupational status.
When McCord asked them, the treated men and the staff who had worked with them both reported that the programme had helped.
Felt benefit, however sincerely offered, did not track the measured trajectory of the lives the trial had been designed to improve.
This week’s essay is about what happens when assertion becomes the criterion for whether something is true. Cambridge-Somerville is one example of a much wider pattern.

THE NARROWBAND PROBLEM | Article 3 of 4 | The Cost of Collapsing the Distance - When assertion becomes the criterion for truth

Russian speakers discriminate blues faster than English speakers do at the boundary between light blue and dark blue.

Russian makes an obligatory lexical distinction between the two. English treats both as simply ‘blue.’ A 2007 study by Winawer and colleagues measured the speed advantage directly: Russian speakers were faster on rapid discrimination tasks for blues falling on opposite sides of the categorical boundary. English speakers showed no equivalent advantage.

The difference was in automaticity. The underlying perceptual capacity was present in both groups when asked to attend to it deliberately. What the language category provided was the reflex. The discrimination arrived without effort, below the threshold of conscious decision.

The categories we inherit from our language shape which distinctions arrive automatically and which require deliberate attentional work to sustain. This is the third of three mechanisms the second article in The Narrowband Problem series examines: what predictive coding, neural adaptation, and language together do to the gap between reality and what reaches conscious experience.

THE NARROWBAND PROBLEM|Article 2 of 4| The Constructed World - What the brain adds to what the senses deliver, and what that means for how we know

https://youtu.be/-NTOdARHwoA

The Narroband Animal Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

Approximately 70% of human olfactory receptor genes are now non-functional.

They exist in our DNA as remnants of a system that was considerably more elaborate in our primate ancestors, progressively decommissioned over millions of years as vision took over. Evolution does not hold on to what it no longer needs. The brain retains what survival rewards, and sheds everything else.

There is a similar mechanism in how we perceive other people's behaviour. We do not observe what someone does and then work out why they did it. The interpretation arrives with the observation, or before it. The psychologist Lee Ross spent years documenting the systematic consequence of this tendency, which he called the fundamental attribution error: people over-attribute what others do to character and intention, and under-attribute it to the situation those people were actually in. When someone cuts in front of you in traffic, you see a bad driver. When someone contradicts your account of events, you see bias.

The motive feels observed. The mechanism producing that feeling is the same perceptual architecture that processes the rest of sensory experience, built for speed and social survival, not for accuracy.

This is the first article in a new series on the gap between what we call truth and what is real, and on what gets lost when we treat those as the same thing. Link in the comments if you want to read it.

THE NARROWBAND PROBLEM | ARTICLE 1 OF 3 | The Narrowband Animal: What our senses were built for, and what that means for what we call truth