by J.M.C. Kane
House Rules
The psychologist says, “Play naturally,” as if anything natural can happen under fluorescent lights with a woman holding a clipboard six feet away, timing something.
There are house rules here. Look up when prompted. Imitate on cue. Stack, don’t sort. Points deducted for gradients.
My son kneels in front of the toy bin. He’s four. He doesn’t look at her. He looks at the toys the way other children look at wrapped gifts—not with greed, but with the quiet anticipation of finding out whether the world kept its promise.
I’m in the corner that isn’t a corner—the chair that says parent, not participant. The room smells like industrial carpet and the kind of air freshener that makes you miss the stink it tried to hide.
“You can choose any toy you’d like,” she says.
He already has. The wooden blocks. Forty-seven of them, if the label is accurate. He pours them onto the floor. They scatter—the sound blocks have made for a hundred years, unchanging, undefeated.
She leans forward slightly. Readies her pen.
Round one begins.
He starts sorting.
Not by size. By gradient. Primaries, secondaries, woods stained into educational tones. He arranges them light to dark, each color family in its own lane. Each block placed with the precision of someone obeying rules no one gave him but the world itself.
She writes: Does not engage in constructive play.
“One is missing,” he says, not looking up.
He notes “one missing” within ~30s; perseverates on quantity, she adds.
I watch him make a spectrum—seven families of color, each moving from pale to saturated, like a chart demonstrating something about light, or truth, or how order reveals itself when you let objects breathe.
She writes: Repetitive sorting behavior.
“Can you build me something?” she asks. Bright voice, bright smile—a referee pretending the whistle isn’t even in her hand.
He doesn’t look up. His hand hovers over two blues—a medium and a slightly darker. He’s deciding something. The decision takes seven seconds. I count. Counting is how I keep from breaking the rules myself.
She tallies: Poor response to verbal direction.
He places the darker blue. The gradient holds. It’s perfect—the kind of perfect that requires seeing differences other people miss.
She writes: Restricted focus.
“What are you making?” she asks.
He doesn’t answer. Not because he didn’t hear. Because the question is the wrong category. He isn’t making something. He’s revealing something—how color moves through space when it’s allowed to.
She writes: Does not engage in imaginative play.
I want to say: He’s imagining an order you can’t see.
I want to say: Your clipboard is the restricted thing.
I want to say: He’s four, and he’s teaching himself chromatics, and you’re calling it deficit.
But speaking is an illegal move. Makes the parent the one who breaks the game.
“Can you show me what you’re building?” she tries again.
The question assumes construction. Assumes plot. Assumes the blocks exist to become something—tower, house, fortress. Assumes that organization without story is failure. Assumes the only way to win is to imitate the demonstration.
He moves the last block into place. Twenty-three minutes. I’ve been counting that, too.
The gradient is complete. Light to dark, seven times over. It would hold on a gallery wall. He’s four, and he did it because this is what the blocks required of him.
She writes: Continued perseverative behavior consistent with restricted interests.
“All done,” he says—his fourth and fifth words all session. He stands. Smiles at his work. The smile is the pure kind—the reward screen.
She writes: Limited verbal communication.
“That’s very nice,” she says, in the tone people use when they’re about to change the rules. “But can you build a tower? Like this?” She takes four blocks and stacks them.
New round. New requirement.
He looks at the tower. Looks at his gradient. Something crosses his face—not confusion, not defiance, but the quiet disappointment of being misunderstood by someone whose job is listening.
He kneels again.
Carefully, he disassembles her tower. Places each block back into its slot in the spectrum. The tower broke the logic. Made it wrong. He restores the pattern.
She writes: Difficulty with imitation. Rigid adherence to self-directed activity patterns.
The session ends. Fifty minutes. She has multiple pages of notes.
None say: This child sees relationships between colors I cannot see.
None say: This child organized forty-six objects into sophisticated chromatic families.
None say: This child worked with focus, originality, and intention to complete a self-directed task of notable complexity.
None say: This child was playing.
In the car, he asks, “Did I do good?”
I say yes. I say he did perfect.
I don’t tell him perfect is about to become pathology. That his report will start with ‘Autism’ and then list every beautiful deviation as evidence of deficit.
I don’t tell him the toys in that room weren’t toys. They were tests. Traps disguised as games. Each one designed to catch children who play wrong—which is to say, children who play with more complexity than the clipboard has boxes for.
I don’t tell him I watched him make something elegant and exact while she wrote restricted seven times.
He falls asleep on the drive home, his hand curled around the seatbelt the way it curled around the blocks—careful, specific, holding something that needs holding.
The report will recommend strategies to make him more “flexible.” More willing to play the way the adults want. More willing to build towers instead of spectrums. More willing to follow house rules.
It will not recommend that we give him more blocks. Especially not the three more he asked for so that each group had seven, which to him was as right as it was fair.
It will not say that maybe the rules are wrong.
The blocks are still there, in that room. Waiting for the next child who will arrange them “incorrectly” and, in doing so, show what is fair and right and already true—that the mind moves in color, not categories; that intelligence shades in Kodachrome, not black-and-white; that brilliance reflects across each band.
All forty-nine of them.
The Mistranslation
This is not simply deficit. It is, fundamentally, mistranslation.
The child arranging blocks by chromatic gradient is not failing to play. He is playing with more precision than the assessment can recognize. The psychologist is not malicious. She is working from evaluation criteria designed for a different cognitive architecture—one where play means narrative construction, where engagement means eye contact and verbal response, where flexibility means abandoning your own logic to imitate someone else’s.
Both parties are coherent within their own system. The breakdown happens at the interface.
This is the core problem in how we understand autism: we have mistaken a translation failure for a cognitive deficit. Autistic behavior makes sense once you understand the logic it operates from—the sensory inputs it responds to, the patterns it completes, the internal consistency it maintains. But when that logic meets evaluation frameworks built for neurotypical cognition, it reads as error. As rigidity. As restriction.
The reports pile up: difficulty with social reciprocity, restricted interests, repetitive behaviors, poor response to verbal direction. Each phrase technically accurate and fundamentally wrong. Accurate because the behavior doesn’t match the expected template. Wrong because the template was never neutral—it simply encoded one cognitive style as universal and marked everything else as a deviation and then pathology.
The assessment described in “House Rules” took place fourteen years ago and is still being applied to children today, with very little modification. That continuity should, I believe, be a cause for concern.
What follows is not advocacy. It is explanation of mechanism.
Autistic cognition is a stable, coherent cognitive-perceptual style with its own internal architecture. It processes information differently—often more precisely in some domains, with different attentional priorities, under different sensory and executive constraints. These are not bugs to be fixed. They are features of a system that works according to different design principles.
The question is not how to make autistic people more neurotypical. The question is how to build systems that recognize both cognitive styles as legitimate—and how to reduce the friction at the interface where they meet.
This requires understanding several core principles:
That autistic behavior is rational in context. That social cognition, when taught explicitly rather than assumed, becomes a learnable system. That emotional intensity is not absence of feeling but presence of feeling without adequate regulation infrastructure. That monotropic attention—deep, narrow focus—is an architectural feature, not a correctable flaw. That anxiety and depression are often mismatch injuries, not inherent pathology. That strength-based design produces better outcomes than deficit remediation. That miscommunication runs in both directions. And that this cognitive style will always exist—making the question not how to eliminate it, but how to design systems worthy of it.
None of this erases real difficulty. Autistic people face genuine challenges—sensory overwhelm, executive function barriers, communication breakdowns, social exhaustion. Many need significant support. But difficulty is not the same as deficit. Needing support is not the same as being broken.
The child with the blocks was not broken.
He was doing exactly what forty-six objects in seven color families required of him. He saw relationships the psychologist could not see. He completed a task of notable complexity with focus, intention, and elegance.
The system that cannot recognize sophisticated chromatic organization as play—that system is what needs intervention.
What follows is an explanation of the architecture that that system keeps misreading, and what it would mean to build evaluation, education, workplaces, and policy around actual understanding rather than mistranslation.
Not because autistic people are better. Not because neurotypical frameworks are wrong.
But because two coherent systems are colliding, and only one is being asked to change.
Behavior is Rational in Context
Start with this premise: every behavior has a reason. Not every behavior is adaptive, useful, or socially appropriate—but every behavior emerges from something. A sensory input. A predictive model. An emotional history. A pattern demanding completion.
Autistic behavior that looks “odd” from the outside is almost always coherent from the inside, once you understand what the person is responding to.
The child arranging blocks by gradient is not perseverating. He is completing a chromatic system. The adult who takes the same route to work every day is not rigid. She is conserving executive function for tasks that require it. The colleague who asks seemingly obvious questions in meetings is not being difficult. He is confirming that his interpretation of ambiguous language matches yours, because past experience has taught him that what seems obvious to others is often anything but.
In many cases, the difficulty lies less in the behavior itself than in our inability to see the logic underneath it.
This matters because most intervention begins with the assumption that the behavior is irrational—and therefore must be extinguished, redirected, or replaced. But when you start from the premise that the behavior is doing something for the person, the question changes. Not “how do we stop this?” but “what is this behavior accomplishing, and is there a less costly way to accomplish the same thing?”
A child flapping his hands is regulating sensory input. You can punish the flapping, and he will find another way to regulate—often one that looks more “appropriate” but works less well. Or you can understand that regulation is necessary and build environments that don’t require so much of it—and which are more tolerant of it.
An employee who refuses to attend open-plan meetings is not being uncooperative. She is protecting herself from sensory overwhelm that will cost her three hours of recovery. You can insist on attendance and lose her for the rest of the day. Or you can offer written agendas and quieter meeting spaces, and get better participation.
A teenager who “overreacts” to a canceled plan is not being dramatic. He built a predictive model of the day, and the cancellation collapsed it without warning. You can tell him to be more flexible, and he will learn to mask the distress while still feeling it. Or you can give advance notice of changes when possible and acknowledge that the adjustment is genuinely difficult.
Sometimes behavior does need to change—especially when it harms the person or others. But understanding before intervening produces better outcomes than correcting before understanding.
The blocks were not random. The route is not arbitrary. The questions are not pointless. The behavior has a reason. And the first step toward any meaningful support is learning to see the logic you’ve been trained to call deficit.
Social Cognition As Explicit Curriculum
Neurotypical children absorb social rules through ambient exposure. They watch, imitate, adjust. The process is largely automatic—thousands of micro-corrections happening below conscious awareness. By adolescence, most can navigate complex social terrain without thinking about it.
Autistic children do not absorb this way. Social rules must be learned explicitly, the way one learns a second language: through observation, instruction, practice, and conscious application. The difference lies not in social capacity, but in how social information is acquired and processed.
The challenge is that many social environments do not teach explicitly. They assume osmosis. They rely on implication, inference, and unspoken norms. Then they pathologize the children who cannot learn through methods that were never designed for them.
But when social rules are made concrete—when expectations are named clearly, when feedback is direct and specific, when inconsistencies are acknowledged rather than denied—autistic people often learn them remarkably well. Not just adequately. Exceptionally.
I learned professional social navigation the way I learned contract law: as a system with rules, exceptions, and patterns. I catalogued what worked. I studied successful interactions the way others study case precedent. I built explicit models for meetings, negotiations, hierarchical communication. I learned to read power dynamics not through intuition but through repeated observation and correction.
The result was not neurotypical social fluency. It was something more precise. I became better at reading institutional politics than many colleagues who had never had to think about it. I could map conversational subtext, predict conflicts, identify unstated agendas. Not automatically—but accurately.
This is common among autistic adults who have had access to explicit instruction and safe environments for practice. They become translators, mediators, analysts of social systems. The explicitness that neurotypicals see as laborious becomes a source of clarity. The conscious processing that feels exhausting also produces insight.
Processing social information explicitly requires sustained cognitive effort—genuine, measurable exhaustion. Masking—performing neurotypical social behavior—causes measurable burnout. Autistic people should not be expected to do all the accommodating.
Yet the capacity exists. Social cognition is learnable when the teaching matches the learning style. The failure is not in autistic social understanding. The deeper issue is a culture that assumes its tacit rules are universal, punishes those who ask for clarity, and then calls the predictable outcome a disorder.
Explicit social teaching works. It produces competent, often gifted, social navigators. The question is whether institutions are willing to make their rules visible.
Emotion As Intensity Without Infrastructure
The stereotype that autistic people lack emotion runs counter to what the evidence shows. The problem is not absence but flood—intense emotional responses without adequate systems for identifying, naming, regulating, or—as importantly—tolerating them.
A neurotypical person feels anger building and has automatic access to a gradient: annoyed, frustrated, angry, furious. The labels help modulate the response. An autistic person often experiences the same progression as a binary: fine, then overwhelmed. The middle is there—but unlabeled, unprocessed, arriving too fast to parse.
The issue is not quantity of emotion, but absence of tools for emotional granularity. Alexithymia—difficulty identifying and describing emotions—is common in autistic populations. Not because the feelings are absent, but because the internal experience does not map cleanly onto conventional emotional vocabulary.
The result: emotions arrive as undifferentiated intensity. The body registers distress before the mind can name it. By the time conscious processing catches up, the reaction is already in motion. What looks like overreaction is often accurate reaction to an intensity that has no release valve.
My wife once said I don’t communicate—I provide conclusions. She meant I deliver verdicts without showing the reasoning. For years I thought she wanted more transparency. What she actually wanted was access to the emotional middle: the uncertainty, the processing, the trajectory from input to decision.
I couldn’t give it to her. Not because I was withholding it, but because I did not experience it as a narrative. Emotional processing, for me, is compression. The middle is too fast, too overwhelming, too shapeless to narrate in real time. By the time I have language for it, it has already resolved into conclusion. And not always a good one.
This is where explicit infrastructure helps. Visual tools that map emotional intensity on a scale. Somatic anchors that identify where feelings register in the body before they reach conscious awareness. Concrete regulation strategies—pressure, movement, temperature, sound—that work with the nervous system rather than against it.
“Just calm down” is useless advice for someone whose autonomic system is already in motion. But teaching someone to recognize the physical precursors of overwhelm, and giving them tools to intervene before the flood, works.
Autistic emotional life is not diminished. It is intense, under-labeled, and under-supported. The feelings exist—undeniable, immediate, overwhelming. The difficulty is in building a control panel for something that was never given one. When that panel is built explicitly—when emotional regulation becomes a taught system rather than an assumed capacity—the results are often remarkable.
Not effortless. But functional. And far more humane than demanding composure from someone still trying to figure out what they are feeling in the first place.
Monotropism: Attention as Architecture
Attention works differently in autistic cognition. Where neurotypical attention spreads broadly across multiple inputs—switching fluidly between tasks, topics, stimuli—autistic attention clusters tightly around fewer points of focus. This is called monotropism: deep, narrow channels rather than shallow, distributed awareness.
The architecture is not deficient—it allocates attention differently. Neurotypical cognition is polytrophic—many interests held lightly, attention spread across a broad field. Autistic cognition invests heavily in fewer areas, achieving depth at the cost of breadth.
The depth is formidable. An autistic child fixated on train schedules can memorize entire regional systems. An adult absorbed in a technical domain can achieve expert-level mastery faster than peers with broader interests. The focus is not distraction—it is the primary engine of learning, motivation, and meaning.
My son cannot stop noticing the fence post two inches out of alignment. Not because he is obsessive, but because his attention, once engaged, completes the pattern. The spacing is wrong, and his mind will not release the problem until it understands why. This is monotropism in miniature: full cognitive resources directed at a single discrepancy until the logic resolves.
I own seven paintings by the same artist. Same coastline, same dunes, same light. People ask why I don’t diversify. The answer is that Cort Jacobsen’s work holds my attention in a way no other artist does. The repetition is not compulsion—it is sustained engagement with variations I find inexhaustible. Monotropic focus does not need novelty. It needs depth.
This attentional style made me exceptional at contract law. I could spend hours parsing a single clause, following its implications across dozens of pages, testing every interpretation until the structure became transparent. Colleagues found this tedious. I found it absorbing. The focus that looked narrow produced accuracy others missed.
Educational and workplace systems designed around polytrophic attention fail autistic people predictably. Curricula that demand constant topic-switching, workplaces that reward generalists over specialists, policies that treat deep focus as inflexibility—all of these misread the architecture.
Special interests are not always productive. Some are socially isolating. Some interfere with necessary tasks. Flexibility is sometimes required, and learning to shift attention when needed is a legitimate skill.
But treating monotropism as a correctable flaw—rather than a structural feature that produces some costs yet extraordinary capability—is a design failure. If you want autistic engagement, motivation, and expertise, you build systems that allow deep focus rather than demanding constant breadth.
The fence post will stay wrong until someone fixes it. My son will keep noticing. And that sustained attention, properly supported, is not pathology. It is how mastery begins.
Mismatch Injuries: Where “Comorbidities” Come From
Clinical literature describes autism as frequently co-occurring with anxiety, depression, and emotional dysregulation. The term “comorbidity” suggests these conditions arise independently—that autism and anxiety just happen to appear together, like coincidental diagnoses.
A growing body of research suggests a different story. Autistic people develop these conditions at rates far higher than the general population, but the mechanism is not mysterious. Chronic environmental mismatch produces chronic stress. Chronic stress produces predictable mental health outcomes.
Consider what daily life requires of an autistic person in a neurotypical environment: constant sensory regulation in spaces designed without consideration for sensory difference. Explicit social processing in contexts that penalize asking for clarity. Masking—performing neurotypical behavior—to avoid social and professional consequences. Navigating systems that claim to value diversity while punishing cognitive difference.
This is minority stress. It is measurable, documented, and causally linked to anxiety and depression in every marginalized population studied. Autistic people are not exempt.
I left the best job I ever had because I became certain a pattern was forming: distance, silence, exclusion. I catalogued every micro-gesture, every conversational ellipsis, every meeting I was not invited to. I built a case that termination was imminent. I resigned before it could happen.
No one was planning to fire me. I misread neutral distance as hostile withdrawal. But here is what I understood only later: I was not paranoid. I was exhausted. Years of vigilance in a workplace that required constant translation, constant self-monitoring, constant performance of ease I did not feel—it had made threat-detection my default state.
When you must be hypervigilant to survive an environment, you cannot simply turn vigilance off. Even when the threat is not real, the mechanism persists. That is not autism causing anxiety. That is environmental mismatch causing an adaptive response that becomes its own problem.
Therapy can help manage symptoms. Medication can regulate neurotransmitters. Both are sometimes necessary. But neither addresses the root cause: a world designed for one cognitive style that penalizes everyone else.
Genuine mental illness exists. Some autistic people have depression or anxiety independent of environmental factors. But when the rates are this high, this consistent, this predictably linked to masking and social exhaustion, framing them as comorbidities often ends up obscuring causation.
Mismatch injuries require structural solutions, not just individual treatment. No amount of therapy can fully compensate for an environment that remains intolerable. You redesign the environment.
Designing for This Mind
Intervention models typically focus on remediation: teaching autistic people to behave more like neurotypicals. Social skills training. Flexibility exercises. Eye contact practice. The goal is closing the gap between autistic performance and neurotypical norms.
Not surprisingly, this approach tends to produce limited results; it works against the cognitive architecture instead of with it. Better outcomes come from recruiting autistic strengths—logic, pattern recognition, honesty, persistence, precision—and designing systems where those strengths produce value.
Pattern recognition that is pathologized in childhood becomes a professional asset in the right environment. The child penalized for “perseverating” on details becomes the attorney who catches structural errors no one else sees. The adolescent criticized for inflexibility becomes the engineer who insists on consistency when others are willing to compromise. The adult exhausted by open-plan meetings becomes the analyst who produces breakthrough work when given quiet, focused conditions.
Autistic cognition is not superior. The point is recognizing that different cognitive styles excel in different contexts—and that environments designed exclusively around neurotypical processing patterns waste autistic capability.
Workplaces that provide written agendas, clear expectations, and quiet spaces do not “accommodate” autistic employees. They create conditions where precision, focus, and pattern-based thinking produce results. Tech companies that hire autistic engineers for debugging and systems architecture are not being charitable. They are recruiting cognitive strengths their work requires.
Educational systems that allow deep focus on specific topics rather than demanding constant breadth do not coddle autistic students. They align teaching methods with monotropic learning—and often discover that sustained engagement produces expertise their curricula were not designed to expect.
The reframing matters. “Accommodation” suggests special treatment for a disadvantaged population. Baseline design suggests building systems that work for multiple cognitive styles from the start. The first is charity. The second is competent engineering.
Many autistic people face significant barriers—sensory, executive, communicative. Some need substantial assistance. Strength-based design is not a replacement for support; it is a different starting point. One that asks what the person can do exceptionally well, then builds around that, rather than cataloguing deficits and trying to normalize them away.
I spent my childhood being corrected for behaviors that made me an exceptional contract attorney. The behaviors did not change. The environment did. That is not inspiration. That is proof of concept.
When systems match cognitive architecture, performance improves. The question is whether institutions are willing to design for more than one kind of mind.
Miscommunication Is Bi-Directional
For decades, clinical literature described autism as an empathy deficit. Autistic people, the theory went, could not read social cues, understand others' perspectives, or respond appropriately to emotional context. The problem was located entirely in the autistic person.
Recent research has begun to challenge this. The double empathy problem demonstrates that communication breaks down between autistic and neurotypical people in both directions. Neurotypicals misread autistic social cues as readily as autistics misread neurotypical ones. The difference is that only one group gets pathologized for it.
Autistic people communicate clearly with other autistic people. Neurotypical people communicate clearly with other neurotypicals. The breakdown occurs at the interface—not because one group lacks empathy, but because each is interpreting behavior through the framework of their own cognitive style.
A board meeting. I pointed out a factual error in a slide—quietly, with careful phrasing designed to minimize confrontation. The presenter smiled and dismissed my correction. His confidence triggered my certainty. I stated the fact more bluntly. The room tensed. He became defensive, embarrassed, flustered. I left that job six months later.
Both of us misread the other. I interpreted his polite dismissal as denial of observable fact—a threat to epistemic ground. He interpreted my insistence as public humiliation—a threat to authority and face. My directness, meant as clarification, registered as attack. His smoothness, meant as professional composure, registered as gaslighting.
Neither interpretation was unreasonable within its own logic. Autistic communication values precision and factual accuracy; ambiguity feels destabilizing. Neurotypical communication values social harmony and face-saving; bluntness feels aggressive. The collision was structural.
Not all miscommunications are symmetrical. Power matters. Autistic people face consequences for communication differences that neurotypicals do not. Being labeled “difficult” costs jobs. Being misread as cold or hostile damages relationships.
But locating the problem solely in autistic social cognition misses the mechanism. If neurotypical people cannot accurately read autistic facial expressions, tone, or communication intent—and research shows they often cannot—then the empathy failure runs both directions.
Translation requires both parties. Autistic people are often expected to learn neurotypical communication norms in detail. Neurotypicals rarely receive equivalent training in autistic communication styles—directness, literalism, preference for clarity over diplomacy.
Real communication access means mutual adjustment. Autistic people learning to soften directness in contexts where it causes harm. Neurotypical people learning that requests for clarification are not challenges, that lack of eye contact is not disrespect, that monotone delivery does not mean lack of engagement.
The failure is at the interface. The solution must be, too.
This Mind Will Always Exist
My son will spend his life noticing what others do not. A singer out of rhythm. One missing block. The sentence structured poorly. Some pattern incomplete. He will see discrepancies before he sees the whole, and people will misread this as pessimism, rigidity, or deficit.
He has inherited a cognitive style—not from trauma, not from environment, but from architecture. Autism is heritable, stable across cultures and centuries, and will not be bred or therapized out of existence. This is not tragedy. This is fact.
The question facing policy, education, and institutional design is not how to eliminate this cognitive style. It is how to build systems worthy of it.
Many ‘cure’ frameworks break down once you look closely at what autistic cognition actually is. There is no unitary ‘neurotypical’ brain state to use as a baseline; autism is not a simple deviation from a single norm. There are multiple cognitive styles, each with trade-offs, each producing different capabilities. Autistic cognition sacrifices breadth for depth, social automaticity for explicit processing, flexible attention for sustained focus. These are not deficits to be corrected. They are structural features with predictable costs and considerable value.
Autistic people face genuine difficulty—sensory pain, executive function barriers, social exhaustion, communication breakdowns. Some need significant, lifelong support. Some wish they were not autistic. Their experiences are real and deserve resources, accommodation, and respect.
But difficulty is not the same as pathology. Needing support is not the same as needing cure. The goal is not to erase autism. The goal is to reduce the harm caused by environments designed without autistic cognition in mind.
Societies will always include people who process information this way. Who see patterns others miss. Who require explicitness where others tolerate ambiguity. Who focus deeply rather than broadly. Who communicate directly rather than diplomatically. Who arrange the world by logic others cannot see.
The work is not fixing these people. The work is building systems that recognize this cognitive style as permanent, legitimate, and valuable. Education that allows monotropic depth. Workplaces that recruit pattern-based precision. Communication norms that accommodate directness. Environments designed for multiple sensory profiles. Policies built on the assumption that this way of thinking will always exist—and that its existence is not a problem requiring solution.
Forty-six blocks arranged by chromatic gradient. A task of notable complexity completed with focus, intention, and elegance. The psychologist wrote restricted. What she could not see was that the restriction was not in the child. It was in the framework that mistook sophistication for pathology.
The blocks are still there. Waiting for the next child who will see what the assessment cannot. Who will complete the pattern the clipboard was never designed to recognize.
That child will be autistic.
And the question is not how to change the child.
It is whether the system is finally ready to see what the child has been showing us all along.
Gratitude for the gradient.
J.M.C. Kane is a writer and environmental attorney in New Orleans. Kane is the author of Quiet Brilliance: What Employers Miss About Neurodivergent Talent and How to See It (Collective Ink UK), a celebrated nonfiction work on cognitive patterning and inclusion in the workplace. His prose has appeared in Smokelong Quarterly, Eleventh Hour Literary, Redivider, Minnesota Review, New Ohio Review, Plough, Dappled Things, and others.