The shift
From forecasting trajectories to reading propensities. A propensity is the tendency a system has in its current configuration. It makes some futures easier to reach and others harder. The question changes from “what will happen?” to “what is this inclined to do, and what would change that?”
The contribution joins three lines of work: Jullien’s account of shi, the potential inherent in a situation; the Cynefin tradition’s attention to a system’s dispositional state; and the dynamics of attractors, path dependence and critical transitions. Five concepts carry most of the weight. Attractors are the states a system returns to. Slow variables are the gradual conditions that decide when it tips. Early-warning signals, such as rising variance, come before a transition. Creeping crises develop in plain view and go unaddressed. Lock-in makes early choices hard to reverse.
Why no neighbouring way asks it
Forecasting asks what will happen, and performs poorly under complexity. Scenario planning asks what could happen, and anchors its futures mainly in drivers outside the system. Both look forward from the outside. Neither asks what the present arrangement is already leaning toward.
Systems thinking comes closest, because it reads behaviour from structure. But it assumes a structure that holds still long enough to be mapped. Futures thinking imagines futures in advance, where the dispositional view holds that futures grow out of the present, so the most useful futures work starts from what the present is inclined to do. Jullien draws the contrast more sharply. One tradition sets a goal and imposes a plan. The other reads a situation’s tendencies early and works with them.
What it adds to an analysis
It moves attention from outcomes to the state of the system, and that changes three judgements. Where a system is near a threshold, small, well-timed actions matter most. Where it is deeply stable, large pushes are absorbed and wasted. Where slow variables are drifting, the time to act is before the fast ones show anything.
The overlay turns this into one check that fits any plan: what is the situation already inclined to do without us, and are we working with or against that propensity? Applied to a dashboard, it adds early-warning indicators for slow variables. Applied to a SWOT, it asks which factors interact, and which way the situation is already leaning.
What it asks of a school
It asks a school to watch things that move slowly and are rarely counted: how confident students are in timed writing, how far leaders are trusted, how much marking lands on a teacher’s weekend. Dashboards built for compliance reporting flatten exactly these signals. The sensing has to come from people placed to notice, such as an allied educator for learning support, a parent or a teacher reading quiz results, and someone has to be listening when they do.
It also asks for patience about timing. A good move made at the wrong moment is absorbed. The same move made when the situation is unsettled, or when something outside it is already shifting, can travel a long way. That is uncomfortable for a school that plans in academic years and reports every term.
How it gets hollowed out
Two ways. The first is fatalism: “the system wants what it wants”, used as a reason to do nothing. That is complexity as alibi, and the guardrail is the usual one. Name the attractor, name the slow variable, commit to a direction, and say what would show the reading to be wrong.
The second is metaphor creep. “Attractor” and “tipping point” become words for any situation that feels stuck or sudden, with no mechanism behind them. Weak-signal scanning turns into a list of trends, and Three Horizons into a poster. Early-warning signals are well grounded in ecology. In schools the evidence is mostly case illustration, and an honest reading says so.