Why the giftedness-disability tension has been misread
The standard model of twice-exceptionality positions giftedness and disability as opposing forces. High ability pulling one direction. Learning difficulty, ADHD, or autism pulling the other. The individual caught somewhere in the middle, defined by the tension between two contradictory conditions.
This framing has shaped how 2e individuals get identified, supported, and understood for decades. It’s also fundamentally wrong about what the tension is doing.
A new theoretical framework — the Cognitive Resonance Model (CRM), developed by Turkish academic Hasan Said Tortop — proposes that giftedness and neurodivergent challenge aren’t opposing forces at all. They’re interacting vectors operating within the same cognitive system. The tension between them isn’t the problem to be resolved. It’s the mechanism through which exceptional cognitive output becomes possible.
This distinction matters enormously. If giftedness and disability are opposing forces, the logical intervention is to reduce the disability side of the equation — remediate the deficit, accommodate the weakness, and restore balance by subtraction. If they’re interacting vectors in the same system, that intervention actively disrupts the process you’re trying to support.
Most 2e individuals will recognise the second description immediately. The support that was supposed to help felt like interference. The accommodations targeted the wrong thing. The deficit-focused approach missed what was actually happening.
For a fuller grounding in what twice-exceptionality means, the twice-exceptional definition in our neurodiversity glossary covers the foundational territory. What the Cognitive Resonance Model adds is the mechanism — how the system actually functions when giftedness and neurodivergence coexist.
The short circuit — how 2e brains reroute cognitive energy
Tortop draws his central metaphor from electrical circuit theory. In a circuit with two paths — one with resistance, one without — current follows the path of least resistance. Not because the resistive path is broken. Because routing around resistance is how systems naturally function under load.
The Cognitive Resonance Model applies this directly to 2e cognition. When a twice-exceptional brain encounters difficulty in a weak area, accumulated cognitive tension doesn’t stay stuck at the point of resistance. It reroutes. Energy redirects toward areas of strength — the path where the system operates most efficiently.
Tortop calls this the Short Circuit Loop. And crucially, he frames it not as compensation for deficit but as the adaptive functioning of the system itself. The brain isn’t limping around an obstacle. It’s doing exactly what efficient systems do under pressure — finding the most effective route.
The examples are instructive. Vincent van Gogh’s emotional instability and intense overexcitability didn’t prevent his artistic output. The emotional tension functioned as the initiating energy that drove cognitive redirection toward visual expression. Temple Grandin’s sensory processing overload and neurological sensitivity didn’t obstruct her understanding of animal behaviour — the heightened sensitivity that created social difficulty simultaneously enabled intuitive perceptual acuity that neurotypical researchers couldn’t replicate. Einstein’s childhood learning difficulties redirected cognitive energy toward visual-mathematical thinking that conventional verbal processing routes would never have accessed.
In each case, the challenge wasn’t incidental to the exceptional output. It was causally connected to it.
The Short Circuit Loop unfolds in five stages. First, tension and stress trigger the system. Second, cognitive energy shifts toward the dominant strength domain. Third, intense flow emerges within that domain. Fourth, gifted potential is realised through this concentrated output. Fifth, a new identity integrates challenge and strength into a coherent whole.
None of this requires the disability to be removed. It requires the rerouting to be understood — and not interrupted.
Adaptive tension — why the challenge is the trigger
The Cognitive Resonance Model introduces the concept of adaptive tension to describe what’s happening at the start of this process. When a 2e individual encounters disability, failure, or environmental mismatch, the cognitive system doesn’t simply register difficulty. It enters a state of productive instability — what Tortop, drawing on Festinger’s cognitive dissonance theory, calls the Cognitive Dissonance Zone.
Here the individual becomes aware of internal contradiction. High ability coexisting with repeated failure. Knowing you’re intelligent while the academic environment treats you otherwise. The gap between what you’re capable of and what the system can measure or accommodate.
This awareness creates discomfort. But within the CRM framework, that discomfort is the first signal of cognitive realignment rather than evidence of deficit. The brain, registering the mismatch, begins searching for coherence. And the search for coherence is what activates the short circuit.
Dabrowski’s Theory of Positive Disintegration underpins this. Dabrowski argued that development cannot occur without internal conflict — that the tension and fragmentation that precedes growth isn’t pathological but necessary. For 2e individuals, the overexcitabilities associated with giftedness — intellectual, imaginational, emotional — amplify this tension. Which means they also amplify the potential for transformation.
What the Cognitive Resonance Model describes, then, is a system that is more reactive to challenge, not less capable of handling it. The intensity that creates difficulty in conventional environments is the same intensity that drives exceptional cognitive output when properly routed.
The flow state that emerges once routing is established — Csikszentmihalyi’s concept of deep concentration and intrinsic satisfaction — isn’t separate from the tension that preceded it. It’s the resolution of that tension through the short circuit. Challenge and skill balanced not by reducing the challenge but by amplifying the domain where skill operates without resistance.
Giftedness is not a trait, it's a process
The Cognitive Resonance Model arrives at a conclusion that should fundamentally reframe how we think about both giftedness and neurodivergence.
Giftedness, within this framework, is not an innate fixed trait. It is a cognitive state. Specifically, it is the state of sustained cognitive resonance — the ongoing activation of the short circuit loop that keeps routing challenge toward strength.
Tortop’s formula: Giftedness = Sustained Cognitive Resonance.
This has direct implications for support. If giftedness is a static trait, you can identify it and protect it separately from the disability that threatens it. The two conditions require separate interventions. Remediate the deficit. Nurture the gift. Keep them apart.
If giftedness is a process — a dynamic neuroadaptive system that operates through tension rather than despite it — then separating the two conditions doesn’t protect anything. It dismantles the mechanism.
Deficit-focused support that targets the weak area without understanding the routing function can actively disrupt the cognitive system it’s trying to help. An intervention that reduces the tension that was initiating the short circuit doesn’t leave the individual with giftedness intact and disability reduced. It removes the trigger for the entire process.
This is why so many 2e individuals report that conventional support felt counterproductive. It wasn’t incompetence. It was the logical outcome of a framework that misread what the tension was doing.
What support aligned with CRM looks like is different. Strength-based rather than deficit-focused. Orientated toward activating and sustaining the routing process rather than eliminating its initiating conditions. Understanding that the challenge and the exceptional output are connected — causally, not coincidentally.
The Cognitive Resonance Model doesn’t argue that disability is good or that difficulty should be ignored. It argues that the relationship between challenge and strength in 2e individuals is a functioning system — and that any meaningful support has to work with that system rather than against it.
Twice-exceptional people don’t need the obstacle removed. They need the routing understood.
