Has Goldbach's conjecture been solved?

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In summary, this article claims that a mathematician has solved a 270-year-old conjecture, but we don't have any information yet to back it up.
  • #1
DeadOriginal
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http://timesofindia.indiatimes.com/...-year-old-conjecture/articleshow/16635760.cms

This came up on my twitter feed. Can someone verify this? I am in a state of disbelief.

India is always coming up with articles about people starting fires with their minds and stuff. Can this be just another one of those articles that are bs and are put up just for attention?
 
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  • #2
DeadOriginal said:
http://timesofindia.indiatimes.com/...-year-old-conjecture/articleshow/16635760.cms

This came up on my twitter feed. Can someone verify this? I am in a state of disbelief.

India is always coming up with articles about people starting fires with their minds and stuff. Can this be just another one of those articles that are bs and are put up just for attention?

Right now that's the only link that comes up on Google. Guess we'll have to wait to see what the pros say. At the end of the article it says that "The work will be published in the International Journal of Pure and Applied Mathematics, Kalita informed."

So there's a claim but not yet a paper.

He's not a mathematician ... he's a computer science specializing in graph theory. Graph theory seems a long way from modern number theory.

http://ijcsi.org/authors/Bichitra-Kalita.php

He's got one number-theoretic paper here but this is not the list of publications you'd expect from someone who solved a hard problem in number theory.

http://www.aec.ac.in/Uploads/File/faculty/mca/bichitra_kalita.pdf

Based on my experience with public proofs of theorems by people who are smart but not necessarily mathematical specialists, I'd say this may not hold up. Remember that guy who claimed to have solved P = NP last year?

Well without a paper nobody can have an informed opinion! Anyone can claim anything.

(edit)
I just checked Terence Tao's blog. He doesn't have anything about it. I believe he recently proved something really deep that's related to Goldbach. If he says something about this I'll believe it.

This blog is a great read, by the way. I don't always understand it but sometimes he's brilliantly clear about very complicated subjects. He wrote an article about nonstandard analysis that had me believing that I understood some of it.

http://terrytao.wordpress.com/
 
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  • #3
I was stunned when I saw that headline. This would be some serious craziness if he managed to do it.
 
  • #4
DeadOriginal said:
I was stunned when I saw that headline. This would be some serious craziness if he managed to do it.

I think we'd see some real news networks pick it up, but I will also defer to the experts.
 
  • #5


I cannot verify the validity of this specific article without further evidence and research. However, Goldbach's conjecture is a well-known and unsolved problem in mathematics, and it is highly unlikely that it has been solved by one individual without any prior recognition or collaboration from the mathematical community. Without credible evidence and confirmation from other mathematicians, it is important to approach this claim with skepticism and not jump to conclusions. It is always important to critically evaluate and verify information before accepting it as fact.
 

1. What is Goldbach's conjecture?

Goldbach's conjecture is a famous unsolved problem in mathematics that states that every even number greater than 2 can be expressed as the sum of two prime numbers.

2. Who proposed Goldbach's conjecture?

Goldbach's conjecture was proposed by German mathematician Christian Goldbach in a letter to Swiss mathematician Leonhard Euler in 1742.

3. Has Goldbach's conjecture been proven to be true or false?

No, Goldbach's conjecture has not been proven to be true or false. It remains an unsolved problem in mathematics and is considered one of the oldest and most famous unsolved problems in number theory.

4. What progress has been made towards solving Goldbach's conjecture?

Over the years, many mathematicians have attempted to prove or disprove Goldbach's conjecture, but no one has been successful. However, there have been some partial results and progress made towards understanding the conjecture.

5. Why is Goldbach's conjecture important?

Goldbach's conjecture has sparked interest and research in number theory and has led to the development of new mathematical techniques and ideas. It also has real-world applications in cryptography and computer science. Additionally, solving the conjecture would provide a better understanding of prime numbers and their distribution.

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