12 interactive
sculptures.

A densely woven torus knot made from up to 49,152 points. Drag through its surface to deform the weave, then release to let it settle.

A pleated sheet with travelling waves and crosswise folds. Push through the field to bend it around your pointer.

An open particle vessel twists around a vertical spine. Change the turbulence or pull its walls out of shape.

Corrugated ribs form a rotating sphere. Its latitude bands shift slowly while your pointer displaces the surface.

Two intertwined helical strands form a continuous ribbon-like tube. Drag through the turns, increase the harmonic frequency, or disperse it into a cloud.

A Möbius band makes one half twist around its central loop. Rotate it to follow the continuous surface, then blend it with another form.

A rosette surface opens around a central axis. The form control changes petal depth while harmonic fields bend its radial structure.

A catenoid uses a hyperbolic-cosine profile around its vertical axis. Explore the waist and open rims, or combine it with a folded sheet.

A logarithmic spiral carries a widening tube around its path. Its successive turns grow in scale, forming an open-ended shell.

A superformula-like radial contour is extended into a three-dimensional star. Change its form, frequency, and field to reveal different folds.

An expanding helical shell winds around an open axis. Surface ribs move across its growing cross section as the form evolves.

The Lorenz equations are integrated with a fourth-order Runge–Kutta method. A narrow tube follows the resulting trajectory; field controls alter its visual surface, not the underlying equation.