Neurodivergent life does not unfold inside isolated individuals.
It unfolds across ecologies: dynamic relationships between attention, energy, environments, bodies, tools, communities, and institutions. These relationships shape how people learn, create, recover, connect, and burn out.
Stimpunks approaches neurodivergent life ecologically. Rather than asking only what traits a person has, it asks:
- What environments support this way of being?
- What rhythms sustain attention and energy?
- What kinds of spaces allow people to flourish?
- What happens when those ecologies break down?
This page brings together the ecological layers of the Stimpunks framework.
Subpages
Explore Neurodivergent Ecologies
The Core Ecologies
The Stimpunks ecological model has four major layers.
Attention Ecology↓Energy Ecology↓Environment Ecology↓Burnout EcologyThese layers are deeply interconnected.
Attention shapes how people engage with the world.
Energy shapes how long that engagement can be sustained.
Environments shape whether attention and energy can function well.
Burnout emerges when these relationships become chronically unsustainable.
The Four Ecologies of Neurodivergent Life
Neurodivergent life unfolds across several interconnected ecological systems.
Explore each layer below.
Attention Ecology
How attention flows, fragments, and deepens.
→ The Ecology of Neurodivergent Attention
Energy Ecology
How energy accumulates, drains, and recovers.
→ The Ecology of Neurodivergent Energy
Environment Ecology
How homes, studios, communities, and cities shape experience.
→ The Ecology of Neurodivergent Environments
Burnout Ecology
How ecological misalignment leads to burnout.
→ The Ecology of Neurodivergent Burnout
Attention Ecology
Attention is not just an internal mental resource. It emerges through relationships between interests, sensory conditions, environments, tools, and rhythms of interruption or protection.
For many neurodivergent people, attention is shaped by:
- deep interest
- monotropism
- attention anchors
- context-switching costs
- cognitive load windows
See:
- The Ecology of Neurodivergent Attention
- Pattern 01 — Monotropism
- Pattern 05 — Deep Attention
- Pattern 13 — Context Switching Cost
- Pattern 15 — Attention Anchors
- Pattern 16 — Cognitive Load Windows
Attention thrives in environments that support curiosity, continuity, and protection from fragmentation.
Energy Ecology
Energy is also ecological.
It does not come only from inside the body. It is shaped by sensory demands, social expectations, masking pressure, recovery opportunities, and the cost of everyday functioning.
For many neurodivergent people, energy is shaped by:
- social energy expenditure
- energy accounting
- burnout thresholds
- recovery cycles
- masking pressure
See:
- The Ecology of Neurodivergent Energy
- Pattern 06 — Social Energy
- Pattern 08 — Masking Pressure
- Pattern 10 — Energy Accounting
- Pattern 11 — Burnout Threshold
- Pattern 12 — Energy Recovery
Energy thrives when people can pace themselves, reduce unnecessary demands, and recover in supportive environments.
Environment Ecology
Neurodivergent life unfolds across multiple environments, not just one.
Homes, studios, digital spaces, learning ecosystems, libraries, workplaces, community spaces, and cities all shape what kinds of cognition and participation are possible.
See:
- The Ecology of Neurodivergent Environments
- Neurodivergent Homes
- Neurodivergent Studios
- Neurodivergent Digital Spaces
- Neurodivergent Community Spaces
- Neurodivergent Learning Ecosystems
- Neurodivergent Cities
Environment ecology asks not just whether a single space works, but whether the whole network of environments around a person supports flourishing.
Burnout Ecology
Burnout is often treated as an individual failure of resilience.
But from an ecological perspective, burnout is better understood as a breakdown in the relationships between attention, energy, environment, and social demands.
Burnout can emerge when:
- attention is repeatedly fragmented
- sensory load remains too high
- recovery is insufficient
- masking becomes chronic
- environments remain misaligned for too long
See:
- The Ecology of Neurodivergent Burnout
- Burnout & Sensory Safety
- Pattern 11 — Burnout Threshold
- Pattern 09 — Environment Fit
Burnout is often an ecological signal, not a personal defect.
The Three Forces
The ecological model of Stimpunks rests on three major forces:
AttentionEnergyEnvironmentThese three forces interact continuously.
- Environments shape attention.
- Attention affects energy.
- Energy influences participation.
- Participation changes environments.
- Misalignment across these forces increases burnout risk.
See:
Ecologies and Pattern Language
The ecological pages do not replace the pattern language. They deepen it.
Patterns describe recurring structures.
Ecologies explain how those structures interact across systems.
For example:
Monotropism↓Deep Attention↓Context Switching Cost↓Energy Accounting↓Burnout ThresholdAnd:
Sensory Load↓Environment Fit↓Regulation First↓Energy RecoverySee:
Ecologies and Design
Ecological understanding matters because it changes what intervention looks like.
Instead of asking only how to help individuals cope, ecological design asks how to reshape the systems around them.
That includes:
- designing attention sanctuaries
- creating regulation spaces
- supporting flexible participation
- building sensory-safe spaces
- designing predictable environments
- creating Cavendish spaces for curiosity and deep work
See:
- Pattern Recipes
- Designing Attention Sanctuaries
- Designing Regulation Spaces
- Designing Recovery Cycles
- Designing Predictable Environments
- Designing Flexible Participation
- Designing Cavendish Space
Ecologies and Civilization
Once neurodivergent life is understood ecologically, it becomes clear that the question is not only personal.
It is also civilizational.
Attention
↓
Energy
↓
Environment
↓
Burnout
↓
Design
↓
Civilization
What kinds of schools, workplaces, communities, cities, and digital systems emerge when cognitive diversity is expected? What kinds of institutions support attention, energy, and belonging instead of constantly undermining them?
See:
- Designing a Neurodivergent Civilization
- The Architecture of Neurodivergent Civilization
- The Neurodivergent Civilization Atlas
- The Neurodivergent Civilization Project
- The Future of Neurodivergent Civilization
The Ecology Ladder
One way to understand the Stimpunks ecological model is through this ladder:
Lived Experience↓Patterns↓Ecologies↓Recipes↓Environments↓CivilizationThis is how Stimpunks moves from recognition to design.
Further Reading
Neurodivergent life unfolds across interconnected ecological systems.
These systems shape how attention flows, how energy is spent, how environments support people, and how burnout emerges.
Explore each layer below.
Attention Ecology
How attention flows, deepens, fragments, and recovers.
Patterns shaping attention include:
- Pattern 01 — Monotropism
- Pattern 05 — Deep Attention
- Pattern 13 — Context Switching Cost
- Pattern 15 — Attention Anchors
- Pattern 16 — Cognitive Load Windows
→ The Ecology of Neurodivergent Attention
Energy Ecology
How energy accumulates, drains, and recovers across daily life.
Patterns shaping energy include:
- Pattern 06 — Social Energy
- Pattern 08 — Masking Pressure
- Pattern 10 — Energy Accounting
- Pattern 11 — Burnout Threshold
- Pattern 12 — Energy Recovery
→ The Ecology of Neurodivergent Energy
Environment Ecology
How environments shape cognition, participation, and well-being.
Explore neurodivergent environments:
- Neurodivergent Homes
- Neurodivergent Studios
- Neurodivergent Digital Spaces
- Neurodivergent Community Spaces
- Neurodivergent Learning Ecosystems
- Neurodivergent Cities
→ The Ecology of Neurodivergent Environments
Burnout Ecology
How ecological misalignment leads to exhaustion and collapse.
Explore burnout and recovery:
- Burnout & Sensory Safety
- Pattern 11 — Burnout Threshold
- Designing Recovery Cycles
- Designing Regulation Spaces
→ The Ecology of Neurodivergent Burnout
