Out of Control
feedback, complexity and natural resilience
decentralized
society
research project
this presentation
Le Moi
Mathijs de Bruin
- Philosophy
- Informatics
- Physics
- …
network ecology
graph of feedback loops
complexity
- non-linearity
- multi-scale
- many subsystems (agents)
complexity
- non-linearity
- multi-scale
- many subsystems (agents)
complexity
- non-linearity
- multi-scale
- many subsystems (agents)
complexity
- non-linearity
- multi-scale
- many subsystems (agents)
complexity (2)
- unpredictability (chaos)
- downward causality
- self-organization (emergence)
complexity (2)
- unpredictability (chaos)
- downward causality
- self-organization (emergence)
complexity (2)
- unpredictability (chaos)
- downward causality
- self-organization (emergence)
complexity (2)
- unpredictability (chaos)
- downward causality
- self-organization (emergence)
What does it mean!?
Examples
climate
feedbacks and complexity
economy
147 companies run the world
why?
- rare, significant perturbations
- feedback energy scales with deviation
- failure cascades
why?
- rare, significant perturbations
- feedback energy scales with deviation
- failure cascades
why?
- rare, significant perturbations
- feedback energy scales with deviation
- failure cascades
On a long enough timeline the survival rate for everyone drop to zero.
death
is
inevitable
(duh)
“Go with the flow!”
(ugh)
best practises
(in progress)
best practises
- Observe.
- Act minimally (wei wu wei).
- Multi-value optimization.
- Iterate.
best practises
Minimize action under minimalist self-preservation.
beautiful slides
now call my bullshit
what did i miss?
- design principles
- formal basis
- examples
- implementation
- edge cases
many thanks
+ workshop tomorrow, 16:00
(Communities of people and trees)