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BBC World Service - CrowdScience, Why does paper fold so well?

▲ 108 points 63 comments by zeristor 2w ago HN discussion ↗

Pangram verdict · v3.3

We believe that this document is fully human-written

0 %

AI likelihood · overall

Human
100% human-written 0% AI-generated
SEGMENTS · HUMAN 2 of 2
SEGMENTS · AI 0 of 2
WORD COUNT 254
PEAK AI % 0% · §2
Analyzed
Jun 15
backend: pangram/v3.3
Segments scanned
2 windows
avg 127 words each
Distribution
100 / 0%
human / AI fraction
Verdict
Human
Pangram v3.3

Article text · 254 words · 2 segments analyzed

Human AI-generated
§1 Human · 0%

Paper’s foldability often comes in handy, whether you’re making complex origami or putting a letter in an envelope. But what makes it so good at holding its creases? Show more CrowdScience listener Haruka has been making origami cranes out of paper since she was a child. Creating one out of a cloth napkin, however, was a next-level challenge. It gave her a new appreciation of paper’s excellent foldability, and made her wonder: what is it about paper’s structure that means it remembers its creases? We set out to unfold her question as we peer into paper’s secrets. First stop: Frogmore, the world’s first mechanised paper mill. Here, Dr Steven Mann is on hand to explain the papermaking process, the chemistry of paper, and why that makes for a foldable sheet. Host Caroline Steel tries to make a paper crane, assisted by both listener Haruka and origami teacher Toshiko Kurata, who also introduces us to an array of paper types. Each type folds differently, and, with the help of a trusty microscope, Professor Bill Sampson from the University of Manchester reveals why. Finally, we see just how complex paper folding can get, meeting Professor Tomohiro Tachi from the University of Tokyo, and his invention, The Origamizer. Presenter: Caroline Steel Producer: Cathy Edwards Editor: Ben Motley (Photo: Toshiko Kurata and Caroline Steel with origami creations - Credit:BBC) Show less Available now 26 minutes

On radio Today 08:32GMT BBC World Service

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§2 Human · 0%

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CrowdScience

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