By Lori Hogenkamp, Center for Adaptive Stress
There’s a moment—sometimes subtle, sometimes seismic—when a person no longer just debates different answers, but begins to ask entirely new questions. This is the signature of a paradigm shift.
In medicine, education, and neurodiversity science, we are long overdue for such a moment.
Paradigms Aren’t Opinions—They Are Operating Systems
Most debates today—about autism, disability, mental health, metabolism, and behavior—are not just disagreements over facts. They are arguments being waged from within different paradigms.
A paradigm isn’t just a point of view. It’s the invisible scaffolding that shapes which questions are considered valid, which answers are possible, and which patterns we notice—or ignore. As Thomas Kuhn noted in The Structure of Scientific Revolutions (1962), when paradigms change, it’s not just that new answers emerge; it’s that the rules for asking and interpreting are rewritten.
In the current public health and disability landscape, many people are still arguing within the old paradigm of linear causation—where illness has a singular origin, where problems are fixed with treatments, and where health is defined by the absence of disease or disorder.
But there’s a growing wave of researchers, clinicians, and advocates—myself among them—who have shifted into a complexity paradigm. This shift changes everything. We stop asking “What caused this?” and start asking “How did this pattern emerge from the interaction of stress, energy, environment, and timing?”
This shift reframes the entire discourse around autism, trauma, chronic illness, and mental health.
From Root Cause to Emergent Pattern
Mainstream medical models, including both traditional allopathy and many functional medicine approaches, tend to focus on “finding the root cause.” This feels intuitive—it mirrors the logic of fixing a broken machine. But human systems aren’t machines. They are adaptive ecosystems.
When we chase a singular root cause—be it a gene, a trauma, or a toxin—we flatten the system. We render invisible the nonlinear pathways, the feedback loops, and the multiple leverage points that actually shape development and health outcomes.
The Evolutionary Stress Framework (ESF), which I’ve developed in collaboration with decades of work across neurodiversity, energy metabolism, and stress science, proposes that what we call “conditions” like autism, ADHD, or even cancer are not simply caused. They are emergent expressions—the result of how a person’s bio-neurotype, environmental exposures, stress dynamics, and energy availability interact over time.
What Happens When You Shift the Frame
Here’s what changes when you shift from a causation model to an emergence model:
| Old Paradigm | New Paradigm |
|---|---|
| “What’s the cause?” | “What are the conditions under which this emerged?” |
| “How do we fix this?” | “How do we understand and support the system’s adaptive strategy?” |
| “What’s the treatment protocol?” | “What are the leverage points for energy regulation and re-alignment?” |
| “Is this disorder genetic or environmental?” | “How does the system evolve under stress and feedback?” |
When we change the frame, we stop looking for defects, and start listening for patterns. We stop medicalizing behaviors in isolation, and begin contextualizing them as part of the body’s best attempts to maintain allostasis—the dynamic process of prediction and regulation that defines health in complex systems (Sterling, 2012).
Paradigm Shifts Scare People—And That’s OK
It’s no surprise that many institutions resist these shifts. Paradigm change challenges authority, disrupts funding structures, and undermines decades of training. It also threatens ideologies—especially those that rely on control, categorization, or simplified moral reasoning (e.g., “normal vs. disordered”).
The fight over autism is a perfect example. The neurodiversity movement correctly pushed back against the pathologization of autistic traits, but often did so by avoiding the biological realities of health, stress, and energy. Meanwhile, the biomedical movement blamed everything on toxins and vaccines, reducing complex emergence to simplistic scapegoats.
Both movements—trapped in opposite ends of the same linear paradigm—missed the opportunity to embrace complexity.
What We Need Now: Policy, Research, and Education Built for Emergence
If we want better outcomes for autistic people, disabled individuals, and anyone managing chronic conditions, we must realign our systems with the reality of complexity. That means:
- Research that honors stress as a medium, not just a variable
- Policy that moves beyond compliance models into energy-adaptive ecosystems
- Medical education that teaches emergent allostasis, not just homeostatic restoration
- Disability frameworks that emphasize dynamic trade-offs and support personalization, not just accommodation
It also means building bridges between lived experience and systemic science. Bio-neurodiversity is not anecdotal—it’s ecological. We must stop asking whether something is genetic or environmental, and start mapping how neurotypes evolve in context.
Conclusion: When the Frame Shifts, the Future Opens
This isn’t about rejecting science—it’s about evolving it. When you shift someone’s paradigm, they don’t just give different answers. They start asking different questions—and often better ones.
Questions like:
- “How can we create systems that support a wide range of energetic strategies?”
- “What does regulation look like in a body that processes the world differently?”
- “What if health is not the absence of disorder, but the presence of functional adaptation?”
That’s the future we’re building. One frame at a time.
Lori Hogenkamp
Director, Center for Adaptive Stress
www.ndstress.org
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