Friday Fun: The Laws of Corporate Physics

Physics has spent several centuries developing increasingly sophisticated explanations for the behaviour of the universe. Newton gave us mechanics. Thermodynamics explained what happens to energy. Einstein complicated time and space. Quantum mechanics demonstrated that reality becomes considerably stranger when examined closely. Materials science taught engineers that objects can bend, deform, fatigue and eventually fracture long before casual observation suggests anything is wrong.

Yet one important physical environment remains surprisingly under-researched.

The corporation.

This is unfortunate because millions of observations suggest that conventional physics does not quite apply inside sufficiently large organisations. Time behaves strangely. Energy disappears without producing useful work. Observation changes outcomes. Temporary forces produce permanent deformation. Objects can occupy several contradictory states simultaneously, particularly when represented in PowerPoint.

After years of field observations conducted in meeting rooms, Jira boards and quarterly planning sessions, enough evidence may finally exist to establish the foundations of a new discipline.

Corporate Physics.

The First Law: Conservation of Meetings

The first law emerged from one of the oldest unsolved problems in organisational science: why does cancelling meetings rarely reduce the amount of time spent in meetings?

Early researchers assumed meetings behaved like ordinary objects. Delete the recurring calendar invitation and the meeting should cease to exist. Repeated experiments demonstrated otherwise.

Cancel the weekly programme meeting and its energy reappears as two alignment calls, several Slack threads and an emergency sync on Thursday afternoon. Remove the architecture committee and individual teams begin scheduling architecture alignment sessions. Introduce asynchronous communication and somebody eventually organises a meeting to discuss why nobody reads the asynchronous communication.

The evidence suggests that meetings cannot be destroyed. They can only change form.

The explanation appears related to another quantity that organisations accidentally conserve: dependencies.

Where ten people require information, decisions or permission from one another to complete their work, some mechanism must transport those things between them. Removing the meeting without removing the dependencies resembles removing the gearbox from a machine while leaving the shafts exactly where they were. The mechanical problem has not disappeared. Only the mechanism previously dealing with it has.

This explains the curious results of corporate meeting-reduction programmes. The visible meetings disappear immediately. The underlying coordination demand remains untouched. Within weeks, nature restores equilibrium.

Corporate physicists call this the Conservation of Meetings. Experienced employees call it Tuesday.

The Second Law: Corporate Relativity

Time presents an even more interesting problem.

Outside corporations, two hours normally last approximately two hours. Inside organisations, experimental results vary considerably.

A change requiring two hours when performed by one engineer may require two days when two teams participate, two weeks when three departments become involved, and an entire quarter once someone describes it as a strategic initiative.

The work itself has not necessarily changed. Organisational mass has.

As mass increases, information travels through more boundaries. Decisions queue behind other decisions. Dependencies acquire dependencies. Permissions require consultation. Consultation requires alignment. Alignment occasionally requires a pre-alignment meeting, whose existence follows naturally from the First Law.

Time begins to bend.

Very large transformation programmes can generate such enormous organisational gravity that they develop something resembling an event horizon. Work continues beyond it, people remain extremely busy, status reports escape periodically, yet observable delivery becomes increasingly difficult to detect from outside.

Recent advances in artificial intelligence have produced considerable excitement here. If eight hours of actual coding sit inside three weeks of elapsed delivery time, reducing the coding effort by 50 per cent represents an extraordinary technological achievement.

The feature now takes two weeks, four days and twenty hours.

Corporate physics has yet to determine where the remaining acceleration went.

The Third Law: Schrödinger's Roadmap

Quantum mechanics becomes necessary once we examine corporate planning.

A roadmap item can simultaneously remain committed and subject to discovery, on track and at risk, precisely scheduled and insufficiently understood.

This initially puzzled researchers until they discovered that the state depends upon the observer.

Engineering observes unresolved technical questions. Product observes an ambitious objective. Sales observes a customer commitment. Finance observes forecast revenue. The executive committee observes a reassuring green rectangle labelled Q3.

All these states coexist peacefully provided nobody attempts delivery.

The phenomenon becomes particularly pronounced as information travels away from the productive system. An engineer might say, “September seems plausible, assuming the migration behaves as expected.” At the next organisational layer this becomes “September”. Further upwards it becomes “Q3”. By the time the information reaches an executive presentation, researchers frequently observe the spontaneous appearance of the word COMMITTED.

Nothing about physical reality became more certain during this journey.

Only the representation did.

Eventually someone asks whether the initiative will actually ship. Observation collapses the corporate wavefunction and months of superposition resolve instantaneously into a single classical state.

Engineering is late.

The Fourth Law: The Corporate Observer Effect

This discovery led naturally to another principle: observing an organisation changes its behaviour.

Measure story points as productivity and estimates begin behaving strangely. Measure utilisation and calendars mysteriously fill. Measure ticket closure and tickets become smaller. Measure AI adoption and ordinary automation scripts suddenly acquire artificial intelligence.

This should not surprise physicists. Measurement requires interaction with the system.

Corporate management nevertheless spent decades searching for perfectly objective measurements of human systems while simultaneously attaching promotions, budgets, status and executive attention to those measurements.

The resulting numbers remain exceptionally precise.

What exactly they measure occasionally proves harder to establish.

The Fifth Law: Organisational Plasticity

Materials science provides perhaps the most useful contribution to Corporate Physics.

Apply a moderate force to certain materials and they deform temporarily. Remove the force and they return to their previous geometry. Engineers call this elastic deformation.

Increase the stress beyond the material's yield point and something different happens. Remove the load and the material does not return completely. It has undergone plastic deformation.

Organisations behave similarly.

An emergency arrives. Teams bypass normal processes. Decisions centralise because consultation takes too long. Engineers work evenings. Product skips discovery. Architecture accepts shortcuts. Someone creates a daily war room explicitly described as temporary.

The emergency passes. The war room remains.

The centralised decisions remain. The shortcuts become architecture. The exceptional reporting becomes governance. The extraordinary workload quietly becomes the new baseline.

Nothing necessarily broke.

That detail matters enormously because organisations usually recognise fracture more easily than deformation. An outage happened. A resignation happened. A deadline was missed. Those events produce records.

Plastic deformation can produce months of apparently successful operation while the organisation quietly changes shape.

The system survived the pressure.

Management therefore concludes that the pressure was sustainable.

Materials engineers might choose different terminology.

The Sixth Law: Fatigue and Hysteresis

Unfortunately, surviving a load once tells us surprisingly little about surviving it indefinitely.

Engineers have known this for a long time. Repeated stresses below the force required for immediate failure can initiate microscopic cracks. Each individual loading cycle appears harmless. Damage accumulates until eventually a component fails under conditions it had survived many times before.

Corporate systems conduct similar experiments routinely.

“We managed it last quarter” becomes evidence that another quarter-end push remains perfectly reasonable. The organisation survived the previous reorganisation, the previous hiring freeze, the previous heroic release and the previous strategic pivot. Each successful survival strengthens confidence precisely while repeated loading may weaken the system underneath.

Then comes hysteresis.

Some physical systems remember their history. Load and unload them and they do not simply retrace the same path.

Grow an organisation from fifty people to five hundred and it develops management layers, approval structures, committees, reporting mechanisms and coordination infrastructure. Reduce it later to two hundred and the original two-hundred-person organisation does not magically reappear.

The forces have changed. The deformation has history.

Perhaps this explains why Corporate Physics has attracted so little serious research. Its conclusions would occasionally prove inconvenient.

Ordinary engineers enjoy a simpler relationship with reality. When a bridge bends, an aircraft stalls or a pressure vessel approaches its yield point, nobody convenes a steering committee to align the material around a more ambitious interpretation of the data. Steel remains stubbornly indifferent to the quarterly narrative.

Somewhere tomorrow morning, however, a two-hour task will enter its fourth week. Three meetings will convene to discuss reducing meetings. A committed roadmap item will remain simultaneously undefined and 80 per cent complete. Another temporary emergency process will quietly become permanent.

The laws will continue operating.

Whether anybody believes in them appears to make remarkably little difference.