Alignment to Coherence

The image illustrates a metaphor for thinking about systems at multiple levels. The behavior of water molecules at the micro level affects the power and properties of water at the macro level.

Random (Standing Water): At the micro level, if water molecules are moving randomly and are not aligned in any particular direction, they create what we see as standing water, like a pond or lake. This is a state of low energy and low power; the water is not actively moving or exerting force on its surroundings in a directed way.

Aligned (Ice): When water molecules become aligned, they form a solid structure known as ice. This alignment happens because the molecules arrange themselves into a crystalline lattice, which is a stable and rigid structure. While ice itself doesn't move, it has a lot of latent power. For example, ice can expand and exert force upon its surroundings (as seen when water freezes in cracks and breaks rocks apart). However, the power of ice depends on its specific alignment and conditions.

Coherent (Flowing Water): When water molecules move coherently (somewhat randomly but in a common direction), they create flowing water. Flowing water, like rivers or streams, has a lot of power and can adapt to its context. It can erode landscapes, transport materials, and its kinetic energy can even be harnessed to generate electricity (e.g., hydroelectric power). The coherence of the water molecules’ movement means that their energy is focused and channeled, leading to a powerful macro effect.

In a metaphorical sense, this analogy can be applied to social dynamics or organizational behavior. A group of individuals (molecules) who act without alignment or direction may achieve little impact (standing water), whereas a group that aligns itself rigidly may exert significant force but in a static manner (ice). However, a group moving coherently towards a common goal can adapt and exert considerable influence or power, much like flowing water.