Caught in a Spider's Web
Grains of pollen are caught amid droplets on a spider's web in this award-winning image by John-Oliver Dum. (Image credit: J. Dum; via Ars Technica)

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Caught in a Spider's Web
Grains of pollen are caught amid droplets on a spider's web in this award-winning image by John-Oliver Dum. (Image credit: J. Dum; via Ars Technica)

Anya is live and ready to show you everything. Watch her strip, dance, and perform exclusive shows just for you. Interact in real-time and make your fantasies come true.
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gender and sexuality have long been known to be fluid, but I propose that we characterize them specifically as dilantant non-Newtonian fluids. by applying external force on these fluids through conversion therapy, we observe that they resist change--i.e., they exhibit shear thickening under increased strain rates. the inverse is oft observed as well: when allowed to explore sexuality and gender in a low-pressure environment, we find that both fluids flow far more readily.
wanted a scene to show off the smoke sim!
the special part of this animation is that the censer is pushing the smoke around dynamically, without any trickery, (no low poly colliders ect). I did make a special emitter the shape of the holes in the censor tho.
>> cosmodernism
Ferrofluid - a magnetic colloidal liquid made of suspended iron molecules - guided in real time by a magnet. Recorded via a macro set up at 15 mm.
🧲 Cosmomodernism on IG

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Homogeneous isotropic turbulence in a periodic box Li, Jiajia & Carrica, Pablo. (2019). A simple approach for vortex core visualization. 10.48550/arXiv.1910.06998.
cosmodernism on ig
Scientists stretched a liquid and it snapped like a solid
Under extreme stress, even ordinary liquids can snap like solids—rewriting the rules of fluid physics.
In a surprising discovery that could reshape fluid mechanics, researchers at Drexel University have shown that under certain conditions, a simple liquid can behave like a solid and fracture. The study, published in Physical Review Letters, demonstrates that viscous liquids can abruptly snap when stretched with enough force. This finding suggests that viscosity, or a liquid's resistance to flow, plays a much larger role in its mechanical behavior than scientists previously believed. It also opens the door to new ways of controlling liquids in applications ranging from hydraulics and 3D printing to blood flow in the body. "Our findings show that if pulled apart with enough force per area, a simple liquid -- a liquid that flows -- will reach what we call a point of 'critical stress,' when it will actually fracture like a solid. And this is likely true for all simple liquids, including common examples, such as water and oil," said Thamires Lima, PhD, an assistant research professor in Drexel's College of Engineering, who helped to lead the research. "This fundamentally changes our understanding of fluid dynamics."
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