This alien bit of tidewrack was discovered on the shore of the Ligeia Mare, one of the numerous methane seas of Titan, and has been weathered and eroded to the point that is impossible to determine its true origins.
This coral-inspired model (with 3-fold rotational symmetry) was generated with a single mathematical expression using the implicit surfaces filter in MeshLab. The model has been hollowed out in order to reduce the volume. Please check out all of the other implicit surfaces at vertigo polka.
This coral-inspired model (with 3-fold rotational symmetry) was generated with a single mathematical expression using the implicit surfaces filter in MeshLab. Please check out all of the other implicit surfaces at vertigo polka.
This coral-inspired model (with 3-fold rotational symmetry) was generated with a single mathematical expression using the implicit surfaces filter in MeshLab. Please check out all of the other implicit surfaces at vertigo polka.
This coral-inspired model (with 3-fold rotational symmetry) was generated with a single mathematical expression using the implicit surfaces filter in MeshLab. Please check out all of the other implicit surfaces at vertigo polka.
This alien bit of tidewrack was discovered on the shore of the Ligeia Mare, one of the numerous methane seas of Titan, and has been weathered and eroded to the point that is impossible to determine its true origins.
This alien bit of tidewrack was discovered on the shore of the Ligeia Mare, one of the numerous methane seas of Titan, and has been weathered and eroded to the point that is impossible to determine its true origins.
I've transformed the enigmatic, amorphous central shape (created with a single mathematical expression using the implicit surface filter in MeshLab) into a sensuous pedestal that I use to display some of my favorite 3D prints. Please check out all of the other implicit surfaces in my shop. implicit surfaces at vertigo polka
This delicate looking spherule shape appears to have been carved amidst swirling, windblown sands until it was eggshell thin. The model was created with a single mathematical expression using the implicit surface filter in MeshLab. Please check out all of the other implicit surfaces in my shop. implicit surfaces at vertigo polka
Second in a series, this delicate looking spherule shape appears to have been carved amidst swirling, windblown sands until it was eggshell thin. The model was created with a single mathematical expression using the implicit surface filter in MeshLab. Please check out all of the other implicit surfaces in my shop. implicit surfaces at vertigo polka
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Explore an interesting array of mathematical models and jewelry.