Small details. A different perspective.
A closer look at the lotus.
Look closely at a single drop. Then tilt the leaf and see what happens.
Illustrative model
Not a measured specimen
Higher tilt lowers the left side of the profile. Slowed motion: up to ¼ speed.
The comparison image could not be loaded. Investigate the lotus effect.
Still preview · interactive 3D is unavailable in this browser.
Side profile · tilt & journey
Travelled less than 1 mm along the leaf
Same leaf geometry. Enlarged gold drop marker.
Dirt is hidden in tilt mode.
The drop is resting. Slowly tilt the leaf.
Illustrative motion · 5 µLWhat to look for
A fine leaf edge, broad natural folds, connected veins and a drop resting on the surface.
What this shows
The leaf is about 19 cm across; close views magnify the same illustrative 5 µL drop. The AI-assisted colour artwork and authored shape illustrate a leaf; they are not measured surface structures. The pond is an AI-generated still backdrop, with illustrative daylight reflections. Tilt mode uses a plain background to keep the drop’s journey clear. Tilt motion uses gravity along the authored surface with chosen resistance and damping. It is not a fluid simulation or a prediction of a real leaf’s release angle. The static cap keeps its shape as it moves; dirt pickup is explored separately in the investigation.