“It is well known that a jostled string tends to become knotted; yet the factors governing the “spontaneous” formation of various knots are unclear. We performed experiments in which a string was tumbled inside a box and found that complex knots often form within seconds. We used mathematical knot theory to analyze the knots.
Above a critical string length, the probability P of knotting at first increased sharply with length but then saturated below 100%. This behavior differs from that of mathematical self-avoiding random walks, where P has been proven to approach 100%.
Finite agitation time and jamming of the string due to its stiffness result in lower probability, but P approaches 100% with long, flexible strings. We analyzed the knots by calculating their Jones polynomials via computer analysis of digital photos of the string.
My Android earphone cords have never gotten tangled.
This may be because I can’t stand using earphones, and never took off the tie-wraps in the first place, or even took them out of their little box. I assume I still have them somewhere, but if they can find a way to tangle themselves under those conditions, they’re welcome to do so.
Give up, you are fighting a fundamental force of nature, found in both classical physics and Quantum Mechanics: Entanglement & String Theory. Otherwise known as “Shit Happens.”
There is a method of coiling that works for anything flexible; microphone cables, garden hoses, extension cords, headphone leads… It leaves you with a smooth coil, with no tension or tendency to unwind, and doesn’t need to be fastened or held together. In it just sits there, ready for use.
It’s a bit too hard to explain verbally without a diagram, but I’m sure you can find it on YouTube or if you know anyone who does recording or live sound, they should know it.
BE THIS GUY about 7 years ago
It’s Steve Jobs’s way of haunting you from the great beyond.
Templo S.U.D. about 7 years ago
aren’t there some little trinket that you wrap your unused ear buds around? could that even work for Rat?
Packratjohn Premium Member about 7 years ago
Hence Bluetooth….
Sherlock Watson about 7 years ago
I prevent my garden hose from getting tangled by fastening the two ends together when I’m not using it. Too bad headphone cords don’t work that way.
Liverlips McCracken Premium Member about 7 years ago
These devices are sentient, and they wish to torture us hapless humans.
PICTO about 7 years ago
@SHERLOCK WATSON…I do believe the accepted method is to never take them off. I mean the headphones not the garden hose.
x_Tech about 7 years ago
A pair of scissors will fix that. Snip, snip and now your earbuds are wireless.
Lee Cox about 7 years ago
Christmas lights, anyone?
chris_weaver about 7 years ago
No way to uninstall the tangle app!
AKHenderson Premium Member about 7 years ago
Maybe he should call Peter Venkman.
Plods with ...™ about 7 years ago
It’s the Tangle Fairy. Quick little sucker.
Queen of America about 7 years ago
I figure that as long as they’re going to get tangled up anyway, why bother trying to prevent it? I just toss them in the drawer.
Silly Season about 7 years ago
It’s SCIENCE!
http://blogs.discovermagazine.com/seriouslyscience/2014/06/18/scientific-explanation-earphones-always-tangled/
Spontaneous knotting of an agitated string.
“It is well known that a jostled string tends to become knotted; yet the factors governing the “spontaneous” formation of various knots are unclear. We performed experiments in which a string was tumbled inside a box and found that complex knots often form within seconds. We used mathematical knot theory to analyze the knots.
Above a critical string length, the probability P of knotting at first increased sharply with length but then saturated below 100%. This behavior differs from that of mathematical self-avoiding random walks, where P has been proven to approach 100%.
Finite agitation time and jamming of the string due to its stiffness result in lower probability, but P approaches 100% with long, flexible strings. We analyzed the knots by calculating their Jones polynomials via computer analysis of digital photos of the string.
Mostly Water Premium Member about 7 years ago
Entanglement is a precursor to life. It’s how complex chains of amino acids are formed.
Masterskrain about 7 years ago
Douglas Adams used to complain about his box of “Dongly Bits”, all the cords and attachments that came with his electronic goodies…
Kaputnik about 7 years ago
My Android earphone cords have never gotten tangled.
This may be because I can’t stand using earphones, and never took off the tie-wraps in the first place, or even took them out of their little box. I assume I still have them somewhere, but if they can find a way to tangle themselves under those conditions, they’re welcome to do so.
Cameron1988 Premium Member about 7 years ago
The same goes for earbuds, Rat
jski14 about 7 years ago
Never have been able to figure out how the vacuum cleaner cord manages to tie itself into knots.
Silly Season about 7 years ago
joefearsnothing and Lyman Elliott
Yeah, you’re right.
What possible use could there be for attempting to understand how and why a string of something might get tangled up and coiled around?
Just FYI…
RNA is a single string with ‘knobs’, DNA is a ladder shape.
https://www.diffen.com/difference/DNA_vs_RNA
Number Three about 7 years ago
I’m good at untangling earphones. All it takes is a bit of patience and skilled fingers.
xxx
Bruce1253 about 7 years ago
Give up, you are fighting a fundamental force of nature, found in both classical physics and Quantum Mechanics: Entanglement & String Theory. Otherwise known as “Shit Happens.”
Marvin Premium Member about 7 years ago
Hey Rat, spring for a pair of AirPods.
Sisyphos about 7 years ago
Save your sanity, Rat! Go wireless….
Bysshe about 7 years ago
There is a method of coiling that works for anything flexible; microphone cables, garden hoses, extension cords, headphone leads… It leaves you with a smooth coil, with no tension or tendency to unwind, and doesn’t need to be fastened or held together. In it just sits there, ready for use.
It’s a bit too hard to explain verbally without a diagram, but I’m sure you can find it on YouTube or if you know anyone who does recording or live sound, they should know it.
ND Cool Z about 6 years ago
Rapunzel headphones!!
Just nate over 4 years ago
Get air pods