Understanding why some people can't just 'get it together' and what's really going on in the brain
"They're so smart, but they just can't get organized." "They know what to do — they just don't do it." "It's like they can't start anything without me standing right there."
If any of that sounds familiar, you're probably dealing with executive function challenges. And you're almost certainly also dealing with the frustrating experience of watching someone appear capable but consistently underdeliver. It looks like a motivation problem. It's not.
What Executive Functions Are
Executive functions are a set of high-level cognitive processes managed primarily by the prefrontal cortex. They include task initiation (starting things without someone standing over you), working memory (holding a thought in mind while acting on it), cognitive flexibility (shifting gears when plans change), planning and sequencing, inhibitory control, and time awareness.
These functions act as the brain's command center, the part that turns intention into action. Scientists have found that these separate networks converge at key 'hubs' in the brain, and research from Cambridge found that children with poorly connected hubs had widespread cognitive difficulties across learning, memory, and behavior. Executive function isn't just one thing — it's the whole integration system working together.
Year by year, the executive function demands increase. School adds the number of steps needed to follow directions; more independence is expected to complete work and turn it in; and juggling multiple demands. As development matures, abilities can keep pace with increasing demands. If, year after year, your student is not becoming more independent, this can be a red flag for immaturity in executive functions.
Why This Looks Like Laziness, And Why It Isn't
Executive function struggles are uniquely prone to misinterpretation. They're invisible, and they're inconsistent. A child with weak executive function often has no trouble with tasks they find engaging. They can hyperfocus for hours on something they love. This gets read as proof that they could apply that effort to homework if they just wanted to.
But the ability to sustain engagement on a preferred task uses completely different neural resources than initiating a non-preferred task under time pressure. The brain doesn't generalize executive function that way. The kid who built an elaborate Lego structure for three hours and still can't start a one-page essay isn't being manipulative. Two genuinely different systems are at work.
The Gap Between Knowing and Doing
The most defining feature of executive function challenges is this: the gap between knowing what to do and actually doing it. The child knows homework needs to happen. They can tell you the assignment. They understand the consequences. And they still can't start. That gap, between knowing and doing, is where executive function lives. Closing it requires the neural infrastructure that makes self-directed action possible, not more reminders or stricter consequences.
The Evidence
In a study comparing Brain Balance participants to a matched control group, Brain Balance kids improved on every cognitive test administered, including reasoning, working memory, and verbal ability. Kids in the control group improved on one. Published in the Journal of Advances in Medicine and Medical Research. [Jackson & Wild, 2021]
A 2024 study tested whether the at-home Brain Balance program could produce the same cognitive results as the in-center program. It could. Working memory, the ability to stop and think before acting, and reasoning all improved in kids with ADHD, autism, anxiety, sensory processing challenges, and dyslexia, as well as kids with no diagnosis at all. Published in Frontiers in Child and Adolescent Psychiatry. [Jackson & Meng, 2024]
In the large-scale parent outcomes study of more than 4,000 participants, academic disengagement, one of the clearest signs of struggling executive function, was among the domains with the most consistent improvement after completing Brain Balance. Published in Frontiers in Psychology. [Jackson & Jordan, 2023]
Building the Command Center
Brain Balance works directly on the neural systems underlying executive function: the prefrontal networks that govern planning, inhibition, and cognitive flexibility; the working memory circuits that hold the thread of a task; and the sensory-motor integration that supports sustained engagement.
The goal isn't to teach someone to be more organized. It's to build the brain capacity that makes organization feel natural rather than heroic.
'Just try harder' has never built a command center. But brain development can.
Published Research Referenced
Jackson R, Wild C. Journal of Advances in Medicine and Medical Research. 2021. doi:10.9734/jammr/2021/v33i630857
Jackson R, Meng Y. Frontiers in Child and Adolescent Psychiatry. 2024. doi:10.3389/frcha.2024.1450695
Jackson R, Jordan JT. Frontiers in Psychology. 2023. PMC10478577. doi:10.3389/fpsyg.2023.1171936
Individual results may vary. Research conducted in children and adolescents ages 4–18.
