Hi! You must login or signup first!

Helicoidcover

Submission   3,606

Part of a series on Mathematics. [View Related Entries]


About

Lord Kelvin's Isotropic Helicoid is a specific three-dimensional shape that hypothetically should rotate on its own when dropped in water according to a proposal by mathematician, physicist and engineer Lord Kelvin in 1871. In 2021, researchers created an isotropic helicoid and tested Lord Kelvin's hypothesis, seemingly disproving it. This inspired memes in reaction to the discovery, many playfully mocking Kelvin for being wrong.

Origin

On an unknown date in 1871, mathematician Lord Kelvin, real name William Thompson, proposed a three-dimensional shape called the "isotropic helicoid" that would hypothetically look the same from all angles and rotate on its own when dropped into the water as it sank, similar to a propellor.[1] He described the shape as probably looking like a sphere with fins at varying angles on the surface.

On July 16th, 2021, New Scientist[2] published an article detailing how Wesleyan University's Greg Voth and a team of researchers 3D printed a version of the shape (shown below) and tested Kelvin's hypothesis, finding that it did not act how Kelvin hypothesized.

Spread

The disproving of Kelvin's theory inspired mocking memes towards the mathematician, who was previously the subject of memes for once claiming that physics "is dead." On July 18th, 2021, Tumblr[3] user himbofisher posted a screenshot of the New Scientist Twitter post along with a She Wasn't Lying meme referencing the failed hypothesis, gaining over 23,000 notes in roughly two months (shown below).

KELVIN WAS LYING ISOTROPIC HELICOID CAN'T THAT BEHAVE STRANGELY IN A FLUID

On July 19th, Redditor u/netGoblin posted a Trollge Troll Physics comic referencing the theory to /r/okbuddyphd,[4] gaining over 1,700 upvotes in a similar span of time (shown below).

? EニMC2 42÷33 =7777 183 |3- 8008 12+43 そく Lord Kelvin predicts isotropic helicoids behave strangely in a fluid 1) invent isotropic helicoid 2) place isotropic helicoid in water 3) Kelvin was wrong

Various Examples

gentlemangeek Scientists placing the isotropic helicoid in water and waiting to see what happens:
Sometimes its ok to feel like an isotropic helicoid.

New Scientist New Scientist ... @newscientist In 1871, the mathematician Lord Kelvin invented a shape called an isotropic helicoid. He predicted it would behave strangely in a fluid. Now the shape has been 3D-printed and tested for the first time – and it seems Kelvin may have been wrong bit.ly/3wMe4ke Lord "physics is dead" Kelvin Ah s---, here we go again.

Search Interest

External References



Share Pin

Related Entries 19 total

Dividebyzero
Divide By Zero
Tumblr_ma9227qkm81r94f2p
Ah, The Scalene Triangle
Thrembo_banner
Thrembo
Screen_shot_2019-07-02_at_12.08.53_pm
27+48


Recent Images 10 total


Recent Videos 0 total

There are no recent videos.




Load 2 Comments
Lord Kelvin's Isotropic Helicoid depicting a small black sphere with protruding fins being held between someone's fingers.

Lord Kelvin's Isotropic Helicoid

Part of a series on Mathematics. [View Related Entries]

Updated Sep 01, 2021 at 01:53PM EDT by Zach.

Added Sep 01, 2021 at 10:24AM EDT by Phillip Hamilton.

PROTIP: Press 'i' to view the image gallery, 'v' to view the video gallery, or 'r' to view a random entry.

This submission is currently being researched & evaluated!

You can help confirm this entry by contributing facts, media, and other evidence of notability and mutation.

About

Lord Kelvin's Isotropic Helicoid is a specific three-dimensional shape that hypothetically should rotate on its own when dropped in water according to a proposal by mathematician, physicist and engineer Lord Kelvin in 1871. In 2021, researchers created an isotropic helicoid and tested Lord Kelvin's hypothesis, seemingly disproving it. This inspired memes in reaction to the discovery, many playfully mocking Kelvin for being wrong.

Origin

On an unknown date in 1871, mathematician Lord Kelvin, real name William Thompson, proposed a three-dimensional shape called the "isotropic helicoid" that would hypothetically look the same from all angles and rotate on its own when dropped into the water as it sank, similar to a propellor.[1] He described the shape as probably looking like a sphere with fins at varying angles on the surface.

On July 16th, 2021, New Scientist[2] published an article detailing how Wesleyan University's Greg Voth and a team of researchers 3D printed a version of the shape (shown below) and tested Kelvin's hypothesis, finding that it did not act how Kelvin hypothesized.



Spread

The disproving of Kelvin's theory inspired mocking memes towards the mathematician, who was previously the subject of memes for once claiming that physics "is dead." On July 18th, 2021, Tumblr[3] user himbofisher posted a screenshot of the New Scientist Twitter post along with a She Wasn't Lying meme referencing the failed hypothesis, gaining over 23,000 notes in roughly two months (shown below).


KELVIN WAS LYING ISOTROPIC HELICOID CAN'T THAT BEHAVE STRANGELY IN A FLUID

On July 19th, Redditor u/netGoblin posted a Trollge Troll Physics comic referencing the theory to /r/okbuddyphd,[4] gaining over 1,700 upvotes in a similar span of time (shown below).


? EニMC2 42÷33 =7777 183 |3- 8008 12+43 そく Lord Kelvin predicts isotropic helicoids behave strangely in a fluid 1) invent isotropic helicoid 2) place isotropic helicoid in water 3) Kelvin was wrong

Various Examples


gentlemangeek Scientists placing the isotropic helicoid in water and waiting to see what happens: Sometimes its ok to feel like an isotropic helicoid.

New Scientist New Scientist ... @newscientist In 1871, the mathematician Lord Kelvin invented a shape called an isotropic helicoid. He predicted it would behave strangely in a fluid. Now the shape has been 3D-printed and tested for the first time – and it seems Kelvin may have been wrong bit.ly/3wMe4ke Lord "physics is dead" Kelvin Ah s---, here we go again.


Search Interest

External References

Recent Videos

There are no videos currently available.

Recent Images 10 total



+ Add a Comment

Comments (2)


Display Comments

Add a Comment