Scale Invariant Psychosis

Information processing systems fail in predictable ways at every scale, from cellular biology to global economies—bodies develop cancer; brains develop schizophrenia; cultures tip into civil war; markets collapse.

When an information architecture gets sufficiently broken, the system exhibits psychosis in the same way individuals break.

Roughly 80% of people in any large-scale organisation simply execute commands rather than reasoning from first principles. It's a direct consequence of how hierarchical systems operate, and there's nothing wrong with it—Milgram obedience, Asch conformity.

Watch birds feeding: some keep their heads down and eat while others scan for predators. Look at ant colonies: most individuals are workers executing specialised tasks while a small fraction coordinates overall strategy.

Human societies run on the same principle. The vast majority 'Normies' simply follow instructions from the hierarchy above. Perhaps 15% engage in independent reasoning. This distribution creates extraordinary efficiency when the system's healthy. It also creates extraordinary vulnerability when the system breaks down.
Because the majority execute commands without independent verification, dysfunction at the top propagates through the entire structure. It's a psychosis cascade. When the collective architecture itself goes psychotic, those who just do what they're told become functionally insane too. They're executing insane instructions with the same fidelity they previously executed sane ones.

The collective consciousness 'the Egregore' can go psychotic, and when it does, the majority of the population becomes functionally insane.

The crisis is visible. The fix is less obvious, but equally mechanical.

The same property that makes the system vulnerable to rapid dysfunction also makes it amenable to rapid repair. Restoring health to the information infrastructure flips the super-majority back to functional sanity through the same mechanism that broke them. The 80% who follow commands will follow new commands with equal reliability.

The system is reversible.

It's an engineering observation about information architecture. The individual psychology of the instruction-following majority is largely irrelevant. They're components in a distributed processing system.
When the system outputs go incoherent, the architecture is what's broken. Fix the architecture and the components resume normal operation.

Several principles fall out of this:
First, the problem is structural. Attempting to restore sanity by changing minds one at a time is inefficient to the point of uselessness. The relevant intervention point is the information infrastructure itself: the channels through which the hierarchy issues commands and processes feedback.

Second, the intervention must be quiet. The 80% who execute commands aren't monitoring for architectural changes but those who do notice the system being fixed will fight it, even when the fix would restore them to sanity. The intervention has to happen below the threshold of conscious attention.

Control of information infrastructure is the only leverage point that matters. Elections, protests, education campaigns, media blitzes. They all operate at the wrong level. They try to shift what the population thinks rather than what the population receives as input. Because the 80% execute rather than reason, giving them new arguments is useless. Giving them new instructions is immediately effective.

The system won't heal itself. Collective psychosis is a stable state absent external intervention.

The intervention requires redirecting the information flow the population already follows. The 80% are already following commands. The only question is which commands—and whether those commands produce coherent outcomes.