"What is the Riemann Hypothesis and why does it matter?" by Ken Ono

The Riemann hypothesis provides insights into the distribution of prime
numbers, stating that the nontrivial zeros of the Riemann zeta function have
a “real part” of one-half. A proof of the hypothesis would be world news and
fetch a $1 million Millennium Prize. In this lecture, Ken Ono will discuss the
mathematical meaning of the Riemann hypothesis and why it matters. Along
the way, he will tell tales of mysteries about prime numbers and highlight
new advances. He will conclude with a discussion of recent joint work with
mathematicians Michael Griffin of Brigham Young University, Larry Rolen of
Georgia Tech, and Don Zagier of the Max Planck Institute, which sheds new light on this famous problem.

[@RSLT]

Wow, what a great lecture ...hats off to you...super informative!

[@DavidVonR]

Interesting, thank you.

[@EKDupre]

I love how many 3min crackpot "proofs" of this hypothesis litter KZbin. I hope it isn't one of those unprovable mathematical truths shown to exist by Gödel. I hope somebody cracks this one someday. So cool, thank you for this upload.

[@alexanderealley9992]

Answer to Riemann The answer to the Riemann Hypothesis is Infinity. Infinity times infinity equals infinity to the power of infinity. Infinity squared equals infinity to the power of infinity. If 2 is a prime then so is infinity. You are all welcome. All numbers are comprised of Primes but not all numbers are comprised of non-Primes. Primes make up the building blocks of infinity. They are telling the other numbers what to do. People are looking at numbers and infinity incorrectly. Infinity is Prime so case closed on the Hypothesis.

[@Peak_Stone]

@@alexanderealley9992 What do you mean? The answer to the Riemann Hypothesis is infinity? What is the question?

[@alexanderealley9992]

@@Peak_Stone All numbers are comprised of Primes but not all numbers are comprised of non-Primes. Primes make up the building blocks of infinity. They are telling the other numbers what to do. People are looking at numbers and infinity incorrectly. Infinity is Prime so case closed on the Hypothesis. all the non-zeros have the same point of origin as does infinity so all of them are going to be in the same place just on an endless line. You are never going to find one that doesn’t share this behavior with every other prime.

[@Peak_Stone]

@@alexanderealley9992 Sorry. I seem to be incapable of understanding anything related to the Reimann Hypothesis. I dont understand how infinity is a prime. I dont understand the significance of the 0's being on the line.

[@niazazeez8431]

When and by whom was pi(n) > ln(n) - 1 first proved?

[@johnstfleur3987]

I HUMBLY HAVE PROVEN IT IS 1/2.

[@RSLT]

🤣🙂😂

[@rayubinger9780]

Has RH's decidability been established? Or is it maybe unprovable?

[@danielmarkkula3004]

This is an open question!

[@MrFlaviojosefus]

It has to be one of the four elephants supporting the Earth on the back of the turtle!

[@johnstfleur3987]

I AM THE PROVEN.

[@supernovaaust]

Mathematicians need to learn the rule of 3 when it comes to comedy. Just sayin.

[@RSLT]

🤣

[@alexanderealley9992]

Answer to Riemann The answer to the Riemann Hypothesis is Infinity. Infinity times infinity equals infinity to the power of infinity. Infinity squared equals infinity to the power of infinity. If 2 is a prime then so is infinity. You are all welcome. All numbers are comprised of Primes but not all numbers are comprised of non-Primes. Primes make up the building blocks of infinity. They are telling the other numbers what to do. People are looking at numbers and infinity incorrectly. Infinity is Prime so case closed on the Hypothesis.

[@AshishKumar-jj7yw]

👏👏👏

[@artificialresearching4437]

I might be wrong, but this could work: kzbin.info/www/bejne/hqe4o5WmqL2Ngrc P.S. A piece of advice: make video 1.5 faster, I speak very slowly)