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@holly_muc: Top von subdued 🤍#brunette #münchen #outfitinspo #function #transition

holly_muc
holly_muc
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Region: DE
Saturday 01 August 2026 09:23:21 GMT
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sarah_16762
sarah_16 :
woher ist der BH im zweiten video?💓💓
2026-08-02 14:53:04
2
annamucc00
𝘼‘ :
wooowwooowwww🫰🤩❤️
2026-08-02 12:56:50
1
rosi78936
rosi 🌟 :
Wunderschön 😍😍😍
2026-08-01 22:32:45
1
junaa_gst
juna :
wiwowwww
2026-08-01 11:36:36
1
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What do knitting and science have in common? Inspired by textile artists, engineers at Harvard SEAS created unique, machine-knitted fabrics that “snap” between multiple shapes, a quality known to physicists as multistability. Using highly elastic yarns and a technique called plating, the scientists were able to produce dense, thick textiles that naturally curl into three-dimensional shapes, similar to how a cut T-shirt curls up from the bottom. By combining horizontal and vertical stripes, they built fabrics that snap and settle into more than one stable configuration. The researchers embedded fine conductive yarns into their knits, turning the fabrics into soft, stretchable, electric switches that change state as the textile snaps back and forth. This unique approach could lead to new advances and technologies, like a wearable textile that, when worn over the knee or elbow, creates a snapping motion can be read to count steps. #Harvard #Knitting #Textiles #HarvardUniversity
What do knitting and science have in common? Inspired by textile artists, engineers at Harvard SEAS created unique, machine-knitted fabrics that “snap” between multiple shapes, a quality known to physicists as multistability. Using highly elastic yarns and a technique called plating, the scientists were able to produce dense, thick textiles that naturally curl into three-dimensional shapes, similar to how a cut T-shirt curls up from the bottom. By combining horizontal and vertical stripes, they built fabrics that snap and settle into more than one stable configuration. The researchers embedded fine conductive yarns into their knits, turning the fabrics into soft, stretchable, electric switches that change state as the textile snaps back and forth. This unique approach could lead to new advances and technologies, like a wearable textile that, when worn over the knee or elbow, creates a snapping motion can be read to count steps. #Harvard #Knitting #Textiles #HarvardUniversity

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