The Mandelbrot Monk (1999)
users.math.yale.edu
users.math.yale.edu
It is absolutely a work of fiction (“hoax”, as Wikipedia puts it [1]). I was fooled the first time I read it…but the date at the bottom gives it away.
Taking it down means others won't be able to learn this lesson.
I think Vimes might have had an aphorism about this...
EDIT: aphorism, not proverb
"A lie can travel around the world and back again while the truth is lacing up its boots.”—Mark Twain
This is a glorious example of that.
But yes, good instincts.
Unit is 2x2 identity matrix.
imaginary unit is the matrix
-1 0
0 1
It is easy to check that imaginary unit squared is -1. And addition and multiplication is just matrices.It then quickly becomes apparent that all possible matrices you generate _are_ the rotation and scaling matrices. Instead of drawing a connection between rotation and complex numbers, they all of a sudden are the same thing.
0 -1
1 0
instead?My dad still believes that the Sun makes the "Om" sound after seeing a post by some kind of Hindu nationalist on Twitter. I have told him many times, in the kindest way I can, that it's a load of rubbish. He still doesn't really believe me, mostly because the idea of the Sun making that sound is a pleasant idea that agrees with his world view.
Send this article to a hundred people and a lowball of seventy will take it as fact. Of that seventy, there will be a fraction who will believe it - or rather, internalise the notion of it - even despite being told that it is false.
In all fairness it's also very likely that I'm a just a nasty killjoy.
So what's your solution? Living in a world with no jokes, no satire, no hyperbole, no poetry, no simile? A world where Jonathan Swift's "A Modest Proposal" would've never been published because some people might take it a bit too seriously? I posit that this is the real danger.
And there will be at least some people, who got a valuable lesson, that not everything which looks like a proper citation, is real.
But btw. most people will not read the whole thing alltogether and of those who do, because they know the Mandelbrot set - they will likely figure it out, too.
Hindsight is 20/20, of course.
https://home.ubalt.edu/NTYGFIT/ai_03_illuminating_love/ai_03...
Good one, thanks!
I was so pleased to have found a "gem" at the bottom of a 'serious' page on my intended topic of 'Julia' and 'Mandelbrot' sets that it got past my filter.
I am going to be thinking on this for a while as I look UP from the ground at what used to be my high horse.
The source is credible; it's a mathematical April Fools joke. Kind of how the HTTP 418 "I'm a teapot" status code is a nerdy computer science April Fools joke.
No harm, no foul.
But I don't agree with the comments suggesting that we need to be more skeptical - and that not as many people should have been fooled if they were.
If an article/expert goes to great lengths to fool you, bringing in-depth falsehoods and an impressive platform, at some point you aren't the one to blame.
...but you might have wait another 400 years to be sure
Bede is another contender.
https://en.wikipedia.org/wiki/Athanasius_Kircher (1602–1680)
> One of the first people to observe microbes through a microscope, Kircher was ahead of his time in proposing that the plague was caused by an infectious microorganism and in suggesting effective measures to prevent the spread of the disease.
so about three hundred years ahead of the WHO, then...
Udo was truly well ahead of his time [1]. Martingale theory wasn't discovered until the 20th century, but Udo finds a way to subtly apply martingales in a way that many of us would struggle to understand even today.
I just thought the quote from the article was unbelievably good -- "choosing his stopping point judiciously" is such a well-done understatement.
Schipke continues: "What was interesting at this point was that we looked back at the words of O Fortuna, and suddenly they fell into place. Verse two - Luck / like the moon / changeable in state / We are cast down / like straws upon a ploughed field / Our fates measuring / the eternal circle - is very clearly an allusion to the Buffon's Needle method." [*8]
https://www.wallpaperflare.com/collage-cover-art-cross-heart...
Alfred Young, discoverer of Young's Tableux and Young diagrams, which are widely used in mathematical physics and representation theory, was a parish priest in Birdbrook, Essex
https://mathshistory.st-andrews.ac.uk/Biographies/Young_Alfr...
Johann Werner (1468-1822), an ordained priest in Nuremberg, discovered a way to determine your position from sightings of the moon, discovered trigonometric identities and worked on conic sections, and was a pioneer of modern meteorology.
https://mathshistory.st-andrews.ac.uk/Biographies/Werner/
Marin Mersenne (1588-1648), of Mersenne Prime fame, was a French monk, a member of the The Order of the Minims "having been set up by St Francis of Paula in 1436, was thriving at this time. They believed they were the least (minimi) of all the religions on earth, and devoted themselves to prayer, study, and scholarship. They wore a habit made of coarse black wool with broad sleeves and girded by a thin black cord (as seen in the portraits of Mersenne). "
https://mathshistory.st-andrews.ac.uk/Biographies/Mersenne/
Magnus Joseph Weininger (1919-2017) was a mathematician, ordained priest, and Benedictine monk who discovered constriuctions for the remaining set of uniform polyhedra, and authored over 25 books on mathematical topics related to convex geometry.
Edwin Abbot (1938-1926) was an ordained priest, schoolmaster, and author who wrote many books including the pop-math books such as "Flatland" as well as "Shakespearean Grammar", "How to write clearly", and exegetical texts on the works of Paul and John in the New Testament, and Koine Greek grammars.
John Polkinghome (1930-2021) as an anglican priest, mathematical physicist, and theologian who worked on high energy physics. A student of Murray Gell-Mann at Caltech, he authored many research papers on Scattering matrices, renormalization, pertubation theory, spinors, and other topics in quantum mechanics, with fellowships at SLAC, Cern, Berkeley and Princeton. He was elected to the Royal Society and received a knighthood.
https://mathshistory.st-andrews.ac.uk/Biographies/Polkinghor...
Francesco Maria Grimaldi (1618-1663) was a Jesuit priest who worked in mathematics, astronomy, mechanics, and optics. His most famous discovery was the diffraction of light, by creating a prototype of Young's double slit experiment.