# Prime Numbers and Free Will | Jordan Ellenberg and Lex Fridman | Summary and Q&A

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June 14, 2021
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Lex Clips
Prime Numbers and Free Will | Jordan Ellenberg and Lex Fridman

## TL;DR

Prime numbers are the building blocks of all numbers and have properties that make them fascinating and essential in mathematics.

## Key Insights

• #️⃣ Prime numbers cannot be factored into smaller whole numbers, making them unique and fundamental in mathematics.
• #️⃣ Prime numbers are the atoms or building blocks of all numbers and have a significant impact on mathematical structures and patterns.
• #️⃣ Twin primes, pairs of prime numbers that are two numbers apart, are an active area of research in number theory.
• 🥺 The distribution of prime numbers exhibits randomness, and treating them as if they were randomly generated often leads to valuable insights.

## Transcript

all this talk of primes got me hungry for primes you uh your blog post the beauty of bounding gaps a huge discovery about prime numbers and what it means for the future of math can you tell me about prior numbers what the heck are those what are twin primes what are prime gaps what are bounding gaps and primes what are all these things and what if ... Read More

### Q: What are prime numbers?

Prime numbers are whole numbers that cannot be factored into smaller whole numbers. They are the fundamental building blocks of all numbers.

### Q: What are twin primes?

Twin primes are pairs of prime numbers that are two numbers apart, like 3 and 5, or 11 and 13. It is still unknown whether there are infinitely many twin primes.

### Q: What is the significance of prime numbers in mathematics?

Prime numbers have numerous applications and are essential in fields such as cryptography, number theory, and computer science. They play a fundamental role in the understanding of mathematical patterns and structures.

### Q: Are there numbers that are commonly mistaken to be prime but are not?

Yes, numbers like 57, 27, 51, and 91 are often mistaken as prime due to their appearances. However, they can be factorized into smaller whole numbers, making them composite numbers.

## Summary & Key Takeaways

• Prime numbers are numbers that cannot be factored into smaller whole numbers. They are the building blocks of all numbers and are fundamental in mathematics.

• Prime numbers, unlike composite numbers, do not have any non-trivial factorizations. For example, 12 can be expressed as 6 times 2, but 5 cannot be further factored.

• There is an infinite number of prime numbers, and they become rarer as numbers get larger. Twin primes, which are two primes that are two numbers apart, are an interesting subject of study in number theory.