Implementation of Special Educational Needs in Mainstream School’s
One-day conference for SENCO’s and school leaders

Share on:
by Cornwall Research School
on the
Director of Cornwall Research School
John has been a teacher for 24 years, the last 19 in Cornwall. He currently works as an Assistant Principal at Mounts Bay Academy, Penzance. He is also the Content Lead for Secondary Literacy for RS Network.
“2500 years ago, Heraclitus said, ‘The World bubbles forth’. What is actual now enables what is next possible, the adjacent possible.”1
The Theory of the Adjacent Possible is a concept developed by Stuart Kauffman, a theoretical biologist, that describes how biological systems evolve through small, incremental steps. Kauffman’s theory suggests that evolution is an exploration of the adjacent possible, where biospheres expand into the adjacent possible to increase the diversity of what can happen next. The adjacent possible is the space of opportunities for a system to expand by exploring boundaries, creating new connections, and augmenting the system, opportunities that are just one step away from the current state of a system, whether in biology, creativity, or innovation.
The theory suggests that progress is made by moving from what is currently possible to what is adjacent to it, leading to new possibilities. These new and adjacent possibilities represent the next logical or feasible states that can be reached based on the current configuration. Kauffman posits that innovation and evolution don’t happen randomly but emerge from this dynamic exploration of nearby possibilities, as each new state opens up further possibilities.
The theory provides a framework for understanding the non-linear, unpredictable nature of innovation and biological evolution. It can be used to study complex systems because it provides insight into how such systems evolve, adapt, and generate new behaviours over time. Complex systems — like ecosystems, the human brain, the internet, or even schools —are made up of many interacting components that collectively exhibit emergent properties, meaning the behaviour of the system as a whole is not solely predictable from the individual parts. Kauffman’s work suggests that complex systems evolve by change that occurs not in random, unpredictable leaps but through the systematic exploration of nearby possibilities, where each new state opens up a range of further options.
When considering schools as complex systems2, the theory of the adjacent possible might offer valuable insights into how settings can approach implementation, innovation, growth, and adaptation in their educational practices.
1. Incremental Change and Adaptation
2. Focus on the “Next Step”
3. Exploration of New Possibilities
4. Fostering Interconnectedness and Collaboration
5. Embracing Non-Linear Progress
6. Creating Feedback Loops
7. Openness to Change
8. Emphasising Long-Term, Sustainable Growth
Further Reading / Watching
Podcasts -
Cornwall Research School Podcast Ep.5
Blog -
Achieving success in learning is vital as it fosters motivation, confidence, and a positive attitude toward education.
Blog -
Metacognitive approaches are not just an ‘add-on’ but a fundamental part of effective mathematics instruction.
This website collects a number of cookies from its users for improving your overall experience of the site.Read more