A floating armored figure in a starburst halo does not read as a fortress of strength; it reads as a circuit under load. Radiating spikes, drifting posture and suspended feet all broadcast outward motion, so the eye treats the character less as a battery and more as a transformer mid‑surge.
Designers lean on this bias. Radial lines, particle noise and bloom push the brain’s motion detectors in area MT and its edge detectors in V1, which are tuned to gradients and vectors, not to static bulk. Spiky halos echo blast diagrams and shockwave illustrations; they imply pressure leaving a center. Dense silhouettes and grounded stances, by contrast, cue mass, friction and potential energy, closer to a dam holding water than to a geyser venting steam.
What looks mystical is basic predictive coding. The visual system compresses scenes into guessed causes: expansion suggests flow rate, enclosure suggests storage capacity. When armor plates peel away from the torso or hover with gaps of glowing negative space, the gestalt principle of continuity knits those gaps into imagined streams, like field lines in an electromagnetic diagram. Capes dragged downward, thick torsos and low centers of gravity flip the script, nudging the brain toward load‑bearing structures, not channels. In that floating, haloed figure, design quietly tells the cortex: this is power passing through, not power kept.
