A precise description of cognition has limited value if the person cannot remember it, recognise it in their life or use it when it matters. I am interested in what happens after the results are explained.

These are developing doctoral interests, informed by my coaching and visual-communication experience. Proposed approaches are research questions, not established treatments or services I currently provide.

From explanation to an ordinary moment

Executive-function coaching keeps a practical question close to hand: what will this idea look like when someone is trying to start a task, manage several demands or return after losing their place? Understanding a strategy in conversation is one step. Recognising the moment to use it is another.

Nearly two decades in visual effects also shaped how I think about information. An intricate system becomes useful when its relationships are intelligible. But something can look elegant and still be difficult to act on. I want to bring that concern for clarity into assessment research, while testing its value rather than assuming that attractive design is enough.

For a young person, feedback may also become part of how they describe themselves. I would want an explanation to preserve both specificity and possibility: what was measured, under which conditions, what remains uncertain and which supports might help.

The bottleneck may be learning

Gruters and colleagues’ review of neuropsychological feedback documented problems with retention and a varied evidence base for communication aids. [1] It raises a deceptively demanding design question: how much information can a person meaningfully carry away?

One possible answer is to treat feedback as an episode of learning. The person has to understand an explanation, retain it, retrieve it later, recognise its relevance and turn it into action. Each transition could fail for a different reason. Better recall would not necessarily produce better implementation.

That distinction is visible in a study published in September 2026. Webber and colleagues randomised 65 older veterans to standard feedback or feedback supplemented by spaced retrieval practice. At seven days, the retrieval group remembered more feedback; differences in adherence to recommendations were small and not statistically significant. [2]

The participants were older adults, predominantly Black American veterans. This is not evidence that the same method works for adolescents. It is a useful proof of principle for a narrower claim: changing how feedback is learned can improve memory, while the bridge from memory to everyday action still needs investigation.

A beautiful summary can still fail

Karst and colleagues tested a concise neurocognitive “passport” in paediatric sickle cell disease. Forty-six participants were randomised to a standard report or a report plus the printed summary. The study did not find improved understanding, recall or follow-through. It appeared online in 2025 and in a 2026 journal issue. [3]

For my interests, that result is especially valuable. It challenges the assumption that shortening or visually simplifying information solves the problem. Perhaps a summary needs to be discussed, rehearsed, connected to a personal goal and revisited. Those are possibilities to test, not explanations established by this trial.

A good design study would therefore measure more than whether someone likes the format. Can they explain it in their own words? Do they know which situation it applies to? Can they choose a useful strategy when the context changes?

A neuroscience lens: recombining what we know

At a more mechanistic level, He and colleagues’ 2026 study recorded activity from the hippocampus and cortical regions in 28 people undergoing epilepsy monitoring. During two construction-like inference tasks, hippocampal ripples and replay coordinated with medial prefrontal representations as familiar elements were assembled into inferred solutions. [4]

Replay refers here to the reactivation of learned activity sequences; hippocampal ripples are brief high-frequency events associated with coordinated neural activity. The study connects memory and flexible planning at a timescale an ordinary report cannot reveal.

My inference is conceptual: useful feedback might need to supply understandable building blocks that a person can recombine in a new situation. This experiment did not test assessment feedback, adolescents or a clinical intervention. It does not demonstrate that a visual map, app or rehearsal exercise changes replay.

The connection is interesting because it reframes the goal. I would want a person to learn a relationship between a demand and a possible response, rather than memorise a list of labels.

Three approaches worth investigating

01 · A map that invites revision

A concise personal map could connect observed strengths and difficulties with everyday demands and candidate supports. It would also show uncertainty. The person could add examples, disagree with an interpretation or revise a strategy. My question is whether this improves understanding without encouraging a fixed identity based on a score.

02 · Rehearse the moment, not only the sentence

After feedback, a person could explain one strategy and try it in a realistic scenario: starting an assignment, handling an interruption or deciding when to ask for help. Later prompts could ask them to retrieve the idea in a different context. The hypothesis is that linking a strategy to a recognisable cue might improve use beyond recall alone.

03 · Feedback that grows with changing demands

A recommendation useful in one school year may need adjusting when independence, workload or environment changes. I am interested in a small, revisitable record that distinguishes original findings from later observations. Revisiting should be an opportunity to refine understanding, not constant monitoring.

How I would judge whether it works

I would begin by co-designing with young people and, where appropriate, caregivers and clinicians. A comparison study would separate three ingredients: a clear summary, active rehearsal and later retrieval. Each condition would receive equivalent attention, so that a novel format did not simply benefit from more contact.

Outcomes would follow the chain from comprehension to delayed recall, appropriate strategy choice and actual use. Satisfaction matters, but would be measured separately. Follow-up would include the person’s own goals and the burden of participating. A useful approach should be accessible in print as well as digitally.

The result I would find most meaningful is modest and concrete: someone understands why a situation is difficult, can describe a support worth trying, and can return to that understanding when their circumstances change.

Research behind these reflections

[1] Gruters et al. (2022). Communicating neuropsychological test results to patients and families. Neuropsychology Review. Read the review ↗

[2] Webber et al. (2026). Spaced retrieval and uptake of personal neuropsychological feedback. Archives of Clinical Neuropsychology; published 9 September 2026. Read the experiment ↗

[3] Karst et al. (2025 online / 2026 issue). Neurocognitive passport for paediatric sickle cell disease. Journal of Child Health Care. Read the trial ↗

[4] He et al. (2026). Hippocampal ripples, planning sequences and cortical representations. Nature Neuroscience. Read the neuroscience ↗

Research selected and checked in October 2026. Illustrations are conceptual artwork, not patient information, brain recordings or research data.