Why Prime Numbers Are Impossible to Predict

They're the simplest numbers in existence. One sentence defines them. Two thousand years of mathematics hasn't explained them. This video covers what prime numbers are and why they're the building blocks of all arithmetic — then goes into the deeper mystery: why their distribution looks almost random, what Euclid proved 2,300 years ago that still holds today, the twin prime conjecture that almost every mathematician believes is true but nobody has proven, and the Riemann Hypothesis — the most important unsolved problem in mathematics, with a million-dollar prize. Plus: why cicadas evolved to count in primes, and how RSA encryption keeps the internet secure using the same ancient numbers. This is Episode 3 of the MightBeTrue Math Series. 📺 Episode 1 — Why Pi Goes On Forever:    • Why Pi Goes On Forever   📺 Episode 2 — Why Some Infinities Are Bigger Than Others:    • Why Some Infinities Are Bigger Than Others   🌐 mightbetrue.com 🔔Subscribe for more calm, deep-dives into things that might just be true. For business inquiries: [email protected]