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16 votes
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Ahmes, the first known maths author
4 votes -
The Sydler π/4 polyhedron. The shape that should be impossible.
15 votes -
Japan’s “Wasan” mathematical tradition: Surprising discoveries in an age of seclusion
8 votes -
New Foundations is consistent - a difficult mathematical proof proved computationally using Lean
10 votes -
The Hydra game
6 votes -
Bizarre traveling flame discovery
11 votes -
Not every student needs Algebra 2. UC should be flexible on math requirement.
21 votes -
The mystery of spinors
4 votes -
Happy Tau/2 day everyone!
22 votes -
The oldest unsolved problem in math. Do odd perfect numbers exist?
11 votes -
Citation cartels help some mathematicians—and their universities—climb the rankings
8 votes -
Y'all are nerds (according to math)
8 votes -
Egyptian fractions and the greedy algorithm
6 votes -
What is a math department worth?
25 votes -
A brief history of tricky mathematical tiling
10 votes -
Maths anxiety
12 votes -
The humbling of the maths snobs
10 votes -
Can YOU win rock, paper, scissors against Grey? 99.9999999% will fail.
40 votes -
Polyhedra world
8 votes -
Quantum Computing Since Democritus
7 votes -
The Lindy Effect
3 votes -
The early history of counting
6 votes -
Knot theory: How the most useless branch of math could save your life
15 votes -
Are there politics in mathematics?
Curious if there are movements within the governance or research pertaining to the field that act to promote or suppress certain ideas? Was watching the “Infinity explained in 5 different levels”...
Curious if there are movements within the governance or research pertaining to the field that act to promote or suppress certain ideas? Was watching the “Infinity explained in 5 different levels” and thought… maybe there are trends for or against interpretations and/or abstractions that get a rise in people…
33 votes -
Steffen's polyhedron is a flexible concave polyhedron. Euler thought such a shape was impossible. I also show infinitesimally flexible polyhedrons and bistable polyhedrons.
13 votes -
The Fibonacci Matrix
12 votes -
Seximal: a better way to count
24 votes -
The network of collaboration among rappers and its community structure
9 votes -
History of transcendental numbers
7 votes -
The spool paradox
4 votes -
UK hobbyist discovers new unique shapes, stunning mathematicians
17 votes -
The derivative isn't what you think it is
8 votes -
An aperiodic monotile exists!
21 votes -
The story behind the Packing Chromatic paper
5 votes -
Once a millennium alignment of all three norths
5 votes -
How do fireflies flash in sync? Studies suggest a new answer.
3 votes -
Why are quintic equations not solvable? - the Galois theory approach
3 votes -
Penrose Unilluminable Room is a room with mirrored walls that can't be fully illuminated by a single point source of light
3 votes -
The hyperbolic geometry of DMT experiences
7 votes -
Repulsive Curves
4 votes -
Why everyone ignored the world's best mathematician
4 votes -
A mathematician explains what Foundation gets right about predicting the future
5 votes -
How do I calculate my family's "average family location"?
So, I just listened to a This American Life podcast called Ghost in the Machine. In one of the stories, a man decides to calculate, every week, the Average Family Location of his family. By that,...
So, I just listened to a This American Life podcast called Ghost in the Machine. In one of the stories, a man decides to calculate, every week, the Average Family Location of his family. By that, he means: once you add everyone's coordinates for every coordinate in which they've been in that period, what city/location represents the average point between them all?
I decided to do the same for my family, which will be much easier because there are no touring musicians among us. The one complication is that a good chunk of the family is on other continents, and I wouldn't want us to "meet" in the middle of the ocean. So some approximation might be warranted.
I'd be happy if someone could provide me the math, I'm fairly confident I would be able to do it with a calculator or maybe put into some crude Python. I don't think I need to make a weekly report, since we're not that mobile. Maybe twice a year, or once every two months.
Thanks!
Edit: I don't know much math
Edit2: holy shit this is not simple at all! Now I feel kinda bad for throwing this problem at you guys. I really thought it would be quick and easy!
9 votes -
I need cool facts about huge numbers
So, my 5-year-old nephew is obsessed with huge numbers, especially named numbers such as googol, duodecillion, and centillion. The other day I spent some time reciting these numbers to him, and...
So, my 5-year-old nephew is obsessed with huge numbers, especially named numbers such as googol, duodecillion, and centillion. The other day I spent some time reciting these numbers to him, and trying (and failing) to describe them. What I need are some cool facts about these numbers, such as "there are 1 quadrillion cat hairs in the world", or "there are not enough stars in the universe to fill one googol".
Besides math, his main interests are super-heroes and, apparently, cars.
I'm not a math or physics guy, so hopefully you guys can help me cheat :P
12 votes -
Bertrand's Paradox (with 3blue1brown)
1 vote -
Alice, Bob, and the average shadow of a cube
4 votes -
Hiding images in plain sight: the physics of magic windows
5 votes -
Lehmer Factor Stencils: A paper factoring machine before computers
2 votes -
Analytic Number Theory book club ending today
3 votes