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Fermat's Last Theorem

Imagine a math puzzle so tricky, it took over 350 years to solve!

Images

Singh and Wiseman - EdSciFest 2014 (1)

Singh and Wiseman - EdSciFest 2014 (1)

openverse
Faltings diagram
Singh and Wiseman - EdSciFest 2014 (3)
2011-04-10 Fermat's Last Theorem firmado por Simon Singh
Day 6: Merton College, University of Oxford
2011-04-10 Fermat's Last Theorem firmado por Simon Singh
File:Rajeev Motwani in 2006.jpg
Fermat´s Last Theorem - reasoning - part 5
Fermat´s Last Theorem - reasoning - part 3
Fermat´s Last Theorem - reasoning
Fermat´s Last Theorem - reasoning - part 2
Day 6- Merton College, University of Oxford (8486513656)

Key Facts

Mathematical Statement
No positive integers a, b, and c satisfy the equation aⁿ + bⁿ = cⁿ for any integer n greater than 2.
First Proposed
Around 1637.
Proof Achieved
1994.
Fun Fact
The proof Andrew Wiles found was so long it needed 129 pages to write down!

The Mystery of the Missing Numbers!

Have you ever played with numbers? Well, a super smart man named Pierre de Fermat loved numbers too! He wrote a note saying that a special math rule, like a + b = c, only works for certain number games.

But when you try to make the game harder by using bigger numbers (like a x a x a + b x b x b = c x c x c), he said it's impossible to find whole numbers that fit! It’s like trying to fit a square peg in a round hole, but with numbers!

A Puzzle for Super Sleuths!

Fermat wrote his amazing idea in a book a super long time ago, around 1637. He even said he had a secret proof, a way to show it was true, but there wasn't enough space in the book's tiny margin to write it all down! For hundreds of years, other clever mathematicians tried to figure out his secret proof.

It was like a giant treasure hunt for the answer, and many people tried to find it, but it was super hard!

Why This Math Trick is So Cool!

This puzzle might sound simple, but it made mathematicians invent brand new ways to think about numbers. It's like how learning to ride a bike helps you learn to do other cool things! The search for Fermat's answer led to new kinds of math that we still use today. It shows that even a simple-looking problem can lead to amazing discoveries and help us understand the world better.

The Super Solver Arrives!

Finally, after more than 350 years, a brilliant mathematician named Andrew Wiles cracked the code! He spent many years working on it, and in 1994, he finally found the proof. It was like finding the missing piece of a giant jigsaw puzzle that had been lost for centuries. His amazing work was so important that he won a special prize for it!

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