by Dr. Jeffrey DeSarbo, Neuropsychiatrist

There is a moment that many thoughtful parents of neurodivergent children—and many adults who come to understand their own minds later in life—encounter quietly. It is not always dramatic, but it is deeply important. It happens when the usual markers of success and fulfillment begin to feel slightly misaligned. Not entirely wrong, but imprecise. As if they were designed for a different kind of nervous system.

It may arise when a child shows little interest in the achievements that seem to motivate peers. Or when a teenager becomes intensely absorbed in a narrow but meaningful area of interest while disengaging from everything else. Or when an adult looks back and realizes that the paths they were encouraged to follow never quite activated a sense of purpose or direction. Over time, the question begins to shift—from “How do I (or my child) succeed in the expected way?” to something more nuanced and, ultimately, more useful: What does a meaningful life actually look like for this brain?

Neuroscience, clinical observation, and lived experience increasingly suggest that this is the right question to ask. Because the answer is not universal. It is specific, individualized, and deeply tied to how one’s brain is wired.

Understanding Neurodivergent vs. Neurotypical Brain Development

Neurodivergent brains are not “underperforming” versions of neurotypical brains; they are organized differently in how they process information, regulate attention, respond to reward, and interpret sensory input. In neurotypical development, neural networks governing executive function, social cognition, and reward processing tend to follow more predictable trajectories, allowing for relatively consistent responses to structure, delayed gratification, and social expectations. In contrast, neurodivergent individuals, such as those with ADHD, autism spectrum conditions, dyslexia, dyspraxia, or sensory processing differences, often show variations in neural connectivity, neurotransmitter dynamics, and large-scale brain network coordination that shape their experience of the world at a fundamental level.^1–4

Recent advances in network neuroscience have further clarified that these differences are not localized to a single “deficit area,” but reflect broader differences in how major brain systems interact. Alterations in the default mode network, salience network, and central executive network have been observed across neurodivergent populations, influencing attention, self-referential thinking, and environmental responsiveness.^5–7 These findings reinforce a critical point: neurodivergence reflects alternative organizational patterns of the brain, not impairments.

These differences influence how motivation is activated, how environments are tolerated, and how meaning is constructed. Understanding this shift, from deficit to difference, is essential. As Temple Grandin, a professor of animal science and one of the most recognized voices in autism advocacy, has said, “Different, not less.” Her statement reflects both lived experience and scientific reality: when we recognize that these brains are wired differently, not incorrectly, we begin to approach development, goals, and identity with far greater precision and compassion.

When Motivation Doesn’t Follow the Expected Path

Much of modern life is structured around delayed reward. Study now, benefit later. Work hard, achieve later. Push through tasks that may not feel engaging in the moment in exchange for something abstract in the future. For many individuals, this model works reasonably well. But for many neurodivergent individuals, particularly those with ADHD, it can feel fundamentally mismatched.

Research led by Dr. Nora Volkow, the director of the National Institute on Drug Abuse (NIDA), at the National Institutes of Health (NIH) has demonstrated alterations in dopamine signaling in individuals with ADHD, particularly in pathways related to reward and motivation.¹ More recent work has expanded this understanding, showing differences in reward anticipation, reinforcement learning, and temporal discounting, and how the brain values immediate versus delayed rewards. ⁸

This does not reflect a lack of desire. Rather, it reflects a difference in how desire is triggered and sustained. Tasks that are interesting, novel, or intrinsically meaningful can produce intense focus and engagement. Tasks that are externally imposed or abstract may fail to activate sufficient motivational drive.

Parents often describe this paradox clearly: a child who cannot initiate schoolwork may spend hours building something intricate, mastering a system, or diving deeply into a topic that captures their attention. Adults often describe a similar pattern: periods of intense productivity when engaged, contrasted with difficulty initiating tasks that do not connect internally. This is not an inconsistency in effort. It is specificity in activation.

Selective Reward and the Power of Deep Interest

In autism spectrum conditions, motivation often follows a different pattern; less about variability, and more about selectivity.

Research suggests that individuals with autism may experience differences in how reward systems respond to social versus non-social stimuli. Social rewards may carry less intrinsic value, while specific interests can generate sustained engagement and satisfaction.² More recent work has reinforced this concept, highlighting differences in salience attribution and motivational prioritization, as well as predictive processing mechanisms that shape how the brain interprets incoming information.^6,9 This can lead to a pattern of deep, immersive focus in areas of interest, often far exceeding typical levels of attention and persistence.

This has important implications for both children and adults. What may appear as “narrow” interest is often, in fact, a powerful organizing force for learning, skill development, and identity formation. Rather than asking how to broaden these interests, a more productive question is often how to build upon them.

The Nervous System Sets the Terms

Another layer, often overlooked but critically important, is the role of sensory processing and environmental interaction. For some neurodivergent individuals, the world itself is experienced differently. Sounds may be louder. Lights brighter. Environments are less predictable. The brain’s salience network, which helps determine what feels important or overwhelming, may amplify or misprioritize certain inputs.^3,6 This is not a preference. It is physiology.

A child who avoids crowded environments may not lack curiosity. A teenager who resists spontaneity may not be rigid. An adult who feels drained by certain settings may not be disengaged. They may be responding accurately to how their nervous system is processing the environment.

Some research has shown that excess neuron numbers and reduced synaptic pruning in early neurodevelopment may lead to increased local cortical connectivity and disrupted neural efficiency, creating “noisier” networks that amplify incoming signals and contribute to sensory overstimulation and hypersensory processing in autism.¹⁰ Other Studies have demonstrated increased neuron numbers in the prefrontal cortex of young children with autism, suggesting altered developmental trajectories that affect how information is filtered and integrated.¹¹

At the same time, this neurobiological profile may support distinct cognitive strengths, including heightened attention to detail and superior performance on tasks requiring fine discrimination, often described as enhanced perceptual functioning.¹² Individuals may also exhibit strong pattern recognition and systemizing abilities, likely reflecting the efficiency of densely interconnected local circuits.¹³ Rather than being heavily shaped by top-down predictive bias, perceptual processing may be more data-driven and less constrained by prior assumptions, allowing for novel and creative insights and reduced susceptibility to certain cognitive biases.¹⁴ In optimal contexts, these features can support deep focus, precision, and innovative problem-solving, illustrating that atypical neural organization may confer meaningful advantages alongside challenges. When this is understood, something important shifts. The goal is no longer to push through discomfort indiscriminately, but to design experiences that allow engagement without overwhelm.

Rethinking the Architecture of Goals

If brains differ in how they process reward, attention, and environment, then it follows that the way individuals move forward in life must also differ. Traditional goal-setting often emphasizes externally defined, socially reinforced outcomes and achievements. While this approach can work for some, it does not universally align with how neurodivergent individuals generate motivation or sustain effort.

A more effective approach is to conceptualize forward movement as a process of alignment and discovery. Emerging neurodiversity-affirming frameworks emphasize intrinsic motivation, autonomy, and strengths-based development as central components of well-being and progress.^15,16

For some individuals, this may take the form of structured exploration; trying experiences, reflecting on them, and identifying patterns of engagement. For others, it may involve building on existing interests, allowing them to naturally expand into skills, education, or vocational pathways. Some may benefit from visual mapping. Others from short iterative cycles. Others from stable routines that reduce cognitive load and enhance predictability. The structure itself is less important than the function it serves.

Over time, patterns emerge. Certain environments support engagement. Certain types of tasks sustain attention. Certain rhythms allow consistency without overwhelm. What develops is not just a set of goals, but a deeper understanding of how the brain engages with the world.

Observations from Well-Known Individuals

A number of well-known individuals have openly discussed their neurodivergence and how it has shaped their paths. Elon Musk has shared that he has Asperger’s syndrome, describing a highly system-oriented thinking style. Richard Branson has spoken about dyslexia and its influence on his communication and leadership. Simone Biles and Michael Phelps have discussed ADHD, highlighting how structured environments can channel attentional differences into elite performance. Greta Thunberg has described autism as a “superpower” in terms of sustained focus and clarity that drives her purpose.

At the same time, many historical figures are often thought to have exhibited neurodivergent traits, though without formal diagnoses. Albert Einstein, Isaac Newton, and Nikola Tesla demonstrated intense focus and unconventional thinking styles. In the arts, Vincent van Gogh and Emily Dickinson created deeply original work through introspective and highly individual perspectives.

These examples are not meant to suggest that all neurodivergent individuals are expected to extraordinary recognition. That is neither realistic nor necessary. The more meaningful takeaway is that they found alignment between how they think and how they live. When a life adapts to how anyones' brain is organized, the potential of an individual expands, whether neurodivergent or neurotypical.

Across these examples, a consistent theme emerges: alignment. Temple Grandin built her work around visual thinking. Richard Branson leaned into big-picture communication. Michael Phelps and Simone Biles thrived in active, yet structured environments. Even Albert Einstein appeared to embrace solitude and nonlinear thinking.

Instead of asking how to correct differences, the more useful question becomes: under what conditions does this brain function best? For some, that means structure. For others, autonomy. For others, deep immersion or predictability. And even less structured, more active environments can be a facilitator of comfort and reward in the mind.

Identity, Accomplishment, and Meaning

A meaningful life does not require a specific type of achievement. It requires alignment between effort and experience. Recent work in neurodiversity frameworks emphasizes identity formation, self-determination, and psychological well-being as central outcomes rather than just performance metrics.^15,16

Accomplishment may mean many things to each individual: building a career, developing a specialized skill, feeling like a part of something, contributing to a cause, or achieving stability, regulation, or independence. Each represents growth. Each reflects effort. Each is meaningful.

What often helps bridge this understanding into something practical is the development of a personalized system for forward movement. For some, this may resemble a traditional bucket list, but only in structure, not in content. Instead of a culturally prescribed list of bold or socially valued experiences, it becomes a highly individualized map of what creates engagement, what sustains attention, what feels regulating, and what builds a sense of identity.

For neurodivergent individuals, this “list” can look very similar or very different. It may include experiences that deepen an existing interest rather than expand into new ones. It may prioritize environments that feel safe and manageable. It may focus on small, repeatable experiences that build confidence rather than large, one-time achievements. Or it may not look like a list at all, but rather a set of evolving themes, patterns, or explorations. The form is flexible. The function is not. It serves as a way of translating internal experience into external direction, helping individuals move forward in a way that feels both possible and meaningful.

"Bucket Listing" Neurodivergent Style

Any system that helps a person move forward, whether structured, exploratory, or adaptive, is valuable if it aligns with how their brain works.

For neurodivergent individuals, this alignment is not a luxury. It is often the key to everything that follows. The primary key components of making a bucket list remain of primary importance across all brain types: that items and goals reflect that people find meaning in selecting goals that are intentional choices, intrinsic to one's self meaning and purpose, and have a bit of novelty to keep the brain fresh.¹⁷ In that sense, what is often called a “bucket list” can be reimagined, not as a checklist of accomplishments, but as a living, evolving framework. A guide that reflects how a particular brain experiences curiosity, motivation, comfort, and growth. A system that is revisited, adjusted, and refined over time. Not to measure life, but to understand it. Not to impress others, but to engage with it more fully. Not to chase a predefined version of meaning, but to build one intentionally, thoughtfully, and in alignment with how the mind itself works. With that shift, something important happens: the pressure to live a specific kind of life begins to fade. And in its place, something far more sustainable emerges: a way forward that feels like one’s own.

References

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Dr. Jeffrey DeSarbo, is a neuropsychiatrist and author of The Neuroscience of a Bucket List: Getting the Most from Your Brain and Life. In addition to being a frequent guest on various media shows and lecturing internationally, he has a practice in Garden City, New York where he works with a variety of patients to achieve optimal mental health.

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