AI Reaches Silver-Medal Level at This Year’s Math Olympiad
During the 2024 International Mathematical Olympiad, Google DeepMind debuted an AI program that can generate complex mathematical proofs
Manon Bischoff is a theoretical physicist and editor at Spektrum, a partner publication of Scientific American.
AI Reaches Silver-Medal Level at This Year’s Math Olympiad
During the 2024 International Mathematical Olympiad, Google DeepMind debuted an AI program that can generate complex mathematical proofs
Is the Paris Olympics’ Swimming Pool ‘Slow’? Let’s Dive into the Math
Controversy surrounds whether the Olympic pool in the Paris La Défense Arena is not deep enough and slows swimmers. Is this contention true?
Quantum Physics Has Reopened Zeno’s Paradoxes
For thousands of years, scholars pondered the question of how anything can move in our world. The problem seemed to have been solved—until the development of quantum mechanics
Mathematicians Have Finally Found the Fifth ‘Busiest Beaver’
The busy beaver function is unpredictable. But now, after more than 40 years, the fifth value of the function has been revealed
The Biggest Problem in Mathematics Is Finally a Step Closer to Being Solved
Number theorists have been trying to prove a conjecture about the distribution of prime numbers for more than 160 years
How a Secret Society Discovered Irrational Numbers
Myths and legends surround the origins of these numbers
Prime Number Puzzle Has Stumped Mathematicians for More Than a Century
Experts have only started to crack the tricky twin prime conjecture
How Many Holes Does the Universe Have?
The shape of the cosmos could be much more complex than anyone had ever imagined
An Alternative to Conventional Neural Networks Could Help Reveal What AI Is Doing behind the Scenes
Despite their performance, current AI models have major weaknesses: they require enormous resources and are indecipherable. Help may be on the way
The Mathematical Case for Monkeys Producing Shakespeare—Eventually
An infinite number of random events can produce just about anything if you have quintillions of years to wait
AI Could Help Find a Solution for String Theory
String theory could provide a theory of everything for our universe—but it entails 10500 (more than a centillion) possible solutions. AI models could help to find the right one
Mathematicians Explain Why Some Lengths Can’t Be Measured
Can you assign a size to every object? The surprising answer is no
The Simplest Math Problem Could Be Unsolvable
The Collatz conjecture has plagued mathematicians for decades—so much so that professors warn their students away from it
Surreal Numbers Are a Real Thing. Here’s How to Make Them
In the 1970s mathematicians found a simple way to create all numbers, from the infinitely small to infinitely large
How String Theory Solved Math’s Monstrous Moonshine Problem
A concept from theoretical physics helped confirm the strange connection between two completely different areas of mathematics
A Wild Claim about the Powers of Pi Creates a Transcendental Mystery
Mathematicians cannot determine whether multiplying pi by itself repeatedly might produce a whole number
AI Does Math as Well as Math Olympians
Until now computers have failed to solve mathematical problems. But the AI program AlphaGeometry has succeeded in finding proofs for dozens of theorems from the International Mathematical Olympiad
Simple Math Creates Infinite and Bizarre Automorphic Numbers
Squaring numbers can have surprising consequences
How Cryptographic ‘Secret Sharing’ Can Keep Information Safe
One safe, five sons and betrayal: this principle shows how shared knowledge can protect secrets—without having to trust anyone
Simple Formula Makes Prime Numbers Easy, but a Million-Dollar Mystery Remains
A generator equation can spit out many prime numbers, but it leaves important mathematical questions unanswered
All Natural Numbers Are Either Happy or Sad. Some Are Narcissistic, Too
The number 1 is among the happiest numbers, 4 is sad, and both are narcissistic
Mathematicians Think Saudi Arabia’s Ambitious ‘Line’ City Should Be a Circle
Despite efforts to make a planned city in the Saudi Arabian desert sustainable, its layout could create problems
Candy Crush Is Complicated—Even from a Mathematical Point of View
Don’t be annoyed if you fail at a certain level of the popular game Candy Crush Saga; computers also have their problems with it
How Recommendation Algorithms Work—And Why They May Miss the Mark
Huge data sets and matrices help online companies predict what you will click next