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fromwww.scientificamerican.com
2 weeks ago

How two mathematicians created an equation that quietly runs the planet

British sailors risked their lives to retrieve Enigma codes from a sinking submarine, aiding in the deciphering of Nazi communications and shortening WWII.
#mathematics
fromMedium
2 months ago
Data science

Taking Back the Math: How Everyday Numbers Can Empower Us in an Algorithmic World

OMG science
fromTheregister
2 weeks ago

Physicist proposes two-button calculator

A two-button calculator can compute all functions of a scientific calculator using a single operator, simplifying mathematical expressions significantly.
fromMedium
2 months ago
Data science

Taking Back the Math: How Everyday Numbers Can Empower Us in an Algorithmic World

Artificial intelligence
fromwww.scientificamerican.com
1 month ago

As AI keeps improving, mathematicians struggle to foretell their own future

First Proof, a benchmarking initiative, is launching its second round to evaluate large language models' ability to contribute to research-level mathematics, now requiring transparency and access from participating AI companies.
fromwww.scientificamerican.com
1 month ago

Find pi today just by flipping coins

Sometimes the reason pi shows up in randomly generated values is obvious—if there are circles or angles involved, pi is your guy. But sometimes the circle is cleverly hidden, and sometimes the reason pi pops up is a mathematical mystery!
Science
fromWIRED
1 month ago

You Can Approximate Pi by Dropping Needles on the Floor

Pi is an infinitely long decimal number that never repeats. How do we know? Well, humans have calculated it to 314 trillion decimal places and didn't reach the end. At that point, I'm inclined to accept it. I mean, NASA uses only the first 15 decimal places for navigating spacecraft, and that's more than enough for earthly applications.
OMG science
fromMedium
2 months ago

Algorithms Are Just Real Life, Formalized

Which Algorithm Is This? If you step back, this maps almost perfectly to the Top K Frequent Elements problem.We usually solve it for integers in a list. Here, the "elements" are audience profiles age and body-type combinations. First, define what an audience profile looks like: case class Profile(age: Int, height: Int, weight: Int) What we want is a function like this:
Scala
Higher education
fromwww.theguardian.com
2 months ago

Can you solve it? The numbers all go to 11

Eleven exhibits striking properties: two-digit prime palindrome, football-team size, palindromic multiples, a neat divisibility test, and digit-arrangement puzzles.
fromwww.fourfourtwo.com
1 month ago

How Liam Delap is able to work out cube roots quickly and look like a maths genius, and the simple trick you can learn to do it yourself

Liam Delap has an interesting party trick that you wouldn't really expect a footballer to pull out of the bag. The Chelsea forward has gone on video a few times showing off his bizarre mathematical ability to quickly calculate the cube roots of large numbers.
Miscellaneous
Artificial intelligence
fromTheregister
2 months ago

AI models get better at math but still get low marks

Current LLMs struggle with mathematical accuracy, with even top performers scoring C-grade equivalent on practical math benchmarks, though recent versions show modest improvements.
OMG science
fromwww.scientificamerican.com
2 months ago

What 6-7,' demons and The Big Bang Theory tell us about prime numbers

73 uniquely satisfies linked positional, reversal, and digit-product properties; mathematicians proved no other prime shares all these Sheldon Prime properties.
Artificial intelligence
fromTechCrunch
1 month ago

Perplexity's new Computer is another bet that users need many AI models | TechCrunch

Perplexity launches Computer, an agentic tool for Max subscribers that unifies AI capabilities to execute complex workflows independently using 19 models and create subagents.
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