fossilesque@mander.xyzM to Science Memes@mander.xyzEnglish · 4 months agocookie combsmander.xyzimagemessage-square61linkfedilinkarrow-up1939
arrow-up1939imagecookie combsmander.xyzfossilesque@mander.xyzM to Science Memes@mander.xyzEnglish · 4 months agomessage-square61linkfedilink
minus-squareflambonkscious@sh.itjust.workslinkfedilinkEnglisharrow-up16·4 months agoThis only happened because they laid them in rows of 5-4-5-4.
minus-squareEphera@lemmy.mllinkfedilinkEnglisharrow-up25·4 months agoYeah, it happens when you pack the circles as densely as possible. If you place them in a grid, they will expand to a grid.
minus-squarenull_dot@lemmy.dbzer0.comlinkfedilinkEnglisharrow-up6·4 months agoI think that depends on the fiction between each item / cell, and the plane. I think soap bubbles for example will always form hexagons.
minus-squareEq0@literature.cafelinkfedilinkEnglisharrow-up10·4 months agoBubbles can move freely once created, so they have more freedom than cookies that are stick in place. Thus, bubbles will look for optimal volume to boundary ratio with less constraints
minus-squareEq0@literature.cafelinkfedilinkEnglisharrow-up2·4 months agoYes :) since the topic was coming back in another thread, I felt more explanation was nice
This only happened because they laid them in rows of 5-4-5-4.
Yeah, it happens when you pack the circles as densely as possible. If you place them in a grid, they will expand to a grid.
I think that depends on the fiction between each item / cell, and the plane.
I think soap bubbles for example will always form hexagons.
Bubbles can move freely once created, so they have more freedom than cookies that are stick in place. Thus, bubbles will look for optimal volume to boundary ratio with less constraints
Thats what i said?
Yes :) since the topic was coming back in another thread, I felt more explanation was nice
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