Welcome to DU!
The truly grassroots left-of-center political community where regular people, not algorithms, drive the discussions and set the standards.
Join the community:
Create a free account
Support DU (and get rid of ads!):
Become a Star Member
Latest Breaking News
Editorials & Other Articles
General Discussion
The DU Lounge
All Forums
Issue Forums
Culture Forums
Alliance Forums
Region Forums
Support Forums
Help & Search
The DU Lounge
Related: Culture Forums, Support Forums
4 replies
= new reply since forum marked as read
Highlight:
NoneDon't highlight anything
5 newestHighlight 5 most recent replies

Physicists Don't Understand Why Knitting Works (Original Post)
catbyte
Sep 7
OP
BoRaGard
(7,565 posts)1. Hey, nobody asked their opinion
they can just keep their big bespeckled pointy heads out of the conversation, for all I care.
intrepidity
(8,445 posts)2. Sounds like they do understand.
Me, however, no. It's just magic.
cbabe
(5,576 posts)3. How one physicist is unraveling the mathematics of knitting
https://www.sciencenews.org/article/how-one-physicist-unraveling-mathematics-knitting
How one physicist is unraveling the mathematics of knitting
By Lakshmi Chandrasekaran
JANUARY 26, 2021 AT 10:00 AM - MORE THAN 2 YEARS AGO
Physicist Elisabetta Matsumoto is an avid knitter and has been since taking up the hobby as a child. During graduate school at the University of Pennsylvania in 2009, Matsumoto came across an unusually knotty stitch while knitting a pattern for a Japanese red dragon. I have books with thousands of different stitch patterns, but the one in the red dragon wall hanging was one I had never seen, she says. That got her thinking about the geometry of stitches and, eventually, led her to study the mathematics of knitting.
There are a hundred or so basic stitches, Matsumoto says. By varying stitch combinations, a knitter can alter the elasticity, mechanical strength and 3-D structure of the resulting fabric. Yarn on its own isnt very elastic. But when knitted, the yarn gives rise to fabric that can stretch by more than twice its length while the yarn itself barely stretches.
Matsumoto, now at the Georgia Institute of Technology in Atlanta, is teasing out the mathematical rules that dictate how stitches impart such unique properties to fabrics. She hopes to develop a catalog of stitch types, their combinations and the resulting fabric properties. Knitters, scientists and manufacturers could all benefit from a dictionary of knits, she says.
more
(Credit where due.)
How one physicist is unraveling the mathematics of knitting
By Lakshmi Chandrasekaran
JANUARY 26, 2021 AT 10:00 AM - MORE THAN 2 YEARS AGO
Physicist Elisabetta Matsumoto is an avid knitter and has been since taking up the hobby as a child. During graduate school at the University of Pennsylvania in 2009, Matsumoto came across an unusually knotty stitch while knitting a pattern for a Japanese red dragon. I have books with thousands of different stitch patterns, but the one in the red dragon wall hanging was one I had never seen, she says. That got her thinking about the geometry of stitches and, eventually, led her to study the mathematics of knitting.
There are a hundred or so basic stitches, Matsumoto says. By varying stitch combinations, a knitter can alter the elasticity, mechanical strength and 3-D structure of the resulting fabric. Yarn on its own isnt very elastic. But when knitted, the yarn gives rise to fabric that can stretch by more than twice its length while the yarn itself barely stretches.
Matsumoto, now at the Georgia Institute of Technology in Atlanta, is teasing out the mathematical rules that dictate how stitches impart such unique properties to fabrics. She hopes to develop a catalog of stitch types, their combinations and the resulting fabric properties. Knitters, scientists and manufacturers could all benefit from a dictionary of knits, she says.
more
(Credit where due.)
electric_blue68
(23,890 posts)4. TY. Interesting!
And I do knit, and crochet, sort of slowly.