THE PHYSICS OF INNOVATION:
"One
of the recurring mistakes in how we think about the future is that we
assume it will emerge as an extension of the present. Consensus
predictions are often built on linear extrapolation: if a technology has
improved steadily for the last ten years, we assume it will continue
improving at roughly the same rate for the next ten.
- If adoption has grown gradually, we model further gradual growth.
- If institutions, markets, and experts broadly agree on the likely direction of change, that agreement begins to feel like realism itself.
But technological evolution rarely moves in a straight line.
My
view is that the future imagined by consensus is usually a projection
of current trajectories, while the future that actually changes the
world is often produced by outliers — individuals, teams, or ideas that
do not merely continue the line, but break it.
- They create jump steps.
- They alter the slope.
- They introduce a discontinuity.
- And that discontinuity, more often than not, is what changes the course of technological history.
This
is not a criticism of consensus. It is not evidence of collective
blindness or institutional failure. It is simply the physics of
innovation.
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