repepo, to Astro
@repepo@fediscience.org avatar

Today’s as seen through an Hydrogen-alpha filter and a Baader AstroSolar film filter. Lots of detail, the granules can be seen. They are typically 1500 km wide.

repepo,
@repepo@fediscience.org avatar

Here, zooming in a region of the disc away from any , the are clearer.

TidalFlats, to random
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repepo, to physics
@repepo@fediscience.org avatar

This fluid, seemingly at rest initially, turns out to be convecting as revealed by a movie. cools the fluid at the surface, which makes it a bit heavier than the fluid below, thus ensues, very slowly!

This fluid is , easy to make at home using shaving cream.

Here's the recipe:
https://pubs.aip.org/aip/pof/article/30/8/087103/938850/Rheoscopic-fluids-in-a-post-Kalliroscope-world

One hour condensed in a few seconds in this timelapse movie showing the convective flow of a rheoscopic fluid cooled from the top.

tornatrix, to random
@tornatrix@wx.social avatar

This is one of the best examples I’ve ever seen of an undular causing new !

video/mp4

nekohayo, to design
@nekohayo@mastodon.social avatar

How to improve over the typical and cases, in a few seconds: flip the case 90° and put it on blocks to leverage natural .

Why "intake underneath, exhaust at the top" never became the standard among mainstream , after all these years, eludes me.

GregCocks, to Geology
@GregCocks@techhub.social avatar
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