room topic changed to Sir Michael Atiyah's Proof of the Riemann Hypothesis: For all those planning on watching the live stream of his proof on Monday, September 24, we can meet here and discuss it real time. [proof] [riemann-hypothesis,]
Hi everyone who may join. I'll be available for a little while, but I'm officially signing on 20 or so minutes before the talk begins. So I'll be here around 3:20 am due to my time zone. If you need times let me know. It will be streaming on the Heidelberg-Laureate Forum website's homepage.
It's basically nuts to write a paper on the fine structure constant fyi
There is a site that discusses the fine structure constant, vixra.org/quant e.g. "Of particular importance, electric charge and the fine structure constant are derivable from the polarizability of space"
I'm not sure a good point to pick, but maybe start around here: https://youtu.be/fUEvTymjpds?t=2068
Is Sir Michael Atiyah giving lecture on Monday Sept. 25 @ #HLF18? Yes.
Will he presenenting a proof of the Riemann Hypothesis? Yes, that is what his abstract says.
Just to avoid confusion, they had to fix the dates on Twitter. It's officially the 24th. @VZN Currently watching the presentation to see what you're talking about.
after talking over the Physics angle with cohorts, now thinking its like a slow- or fast- motion train wreck in play. :( o_O it fits a lot of the criteria of what is called "crank"... and use that word very reservedly...
got really excited about this also, feeling very chagrined at moment, alas it takes substantial work to figure out whats going on. there are historical cases we've been discussing. at this point the cases of Nash/ Grothendieck & various others seem related. a sad situation. but think he is surrounded by many who can take care of him...
At least he is much older than Nash was at his worst. This is not entirely surprising, I just worry about potential backlash. People can be cruel. I don't really know how to feel, I'm frustrated.
That seems to be the case. Interesting, I wish I had studied it more before now. I had assumed it was fake from the comments.
@LeakyNun Too many leaps in logic, I don't understand how it all relates. He refers to proving the Riemann Hypothesis as "a bonus" to forming the Todd function. I'm afraid this may be a bust ladies and gentlemen.
How does the fine structure constant relate to the todd function?
@Abcd Ay, sorry I fell asleep after staying up all night to endure the disappointment that was this proof. Do you mind telling me how to do that? I'm still quite new to these rooms.
His claims about it appearing everywhere are because one does a perturbation expansion to solve QED problems and it's just part of the coupling constant QED, people go nuts over this for some reason the way people go nuts about Cantor's set theory
Since electrodynamics in QFT is a subset of the electroweak theory of the standard model, and one can re-express the fine structure constant in terms of other coupling constants in the standard model motls.blogspot.com/2014/10/… it's basically numerology to act like the fine structure constant is some religious concept based on an incomplete understanding of the standard model etc
Maybe it would be like saying trapezoids are the key to nature because integration used trapezoids in the early days to set up integrals despite the fact it doesn't matter what functions you use to set up integrals e.g. step functions etc, though I can't find a good analogy
was asking someone on reddit who claims to spot key error(s) in the preprints and it led to a substantial thread here. reddit.com/r/math/comments/9icamx/… but yeah, it sounds somewhat like "trying to construct objects, but the defns despite formal language/ eqns are foggy or apparently inconsistent"... have seen other cases of this in the past. ie there is a sort of "highly educated crank" style so to speak...!
@LeakyNun they are discussing the rebuttal. am asking about the technical details. am not really interested in the emotional drama. this reminds me of a recent mochizuki response about melodrama...
@LeakyNun apparently some other mathematician? is that his last name? my corp firewall is blocking reading the preprint on google drive right now but maybe will poke at it later...
John Arthur Todd FRS (23 August 1908 – 22 December 1994) was a British geometer.
== Biography ==
He was born in Liverpool, and went up to Trinity College, Cambridge in 1925. He did research under H.F. Baker, and in 1931 took a position at the University of Manchester. He became a lecturer at Cambridge in 1937. He remained at Cambridge for the rest of his working life.
== Work ==
The Todd class in the theory of the higher-dimensional Riemann–Roch theorem is an example of a characteristic class (or, more accurately, a reciprocal of one) that was discovered by Todd in work published in 1937. It used...
My math friend once told me the RH was expected to be the most difficult of the Millenium problems. Is that generally the case with mathematician's expectations?
number theory problems are probably some of the hardest, if not the hardest in math, with math problems the hardest in science. there are 2 that are still unsolved proposed by the greeks: twin primes & odd perfect numbers existence. on other hand P vs NP is relatively "young" at only ½century old and may be a very difficult problem from a "new science" ie computation/ algorithmics/ complexity theory.
@LeakyNun have you studied RH some? there is nothing on it in undergrad classes right?
@vzn Not as much background as I would like, unfortunately. I'm a High School junior, but I make a point of studying math every day. Trying to complete at least 1 proof on the undergrad level a week. Been going well so far. I learned about RH some time ago, I'm very interested in the effects a proof of it may have. I hope to study it one day at if I can reach a math PhD.
@vzn lol I was talking about the crazy 5 hours that we anticipated the talk. I'll look back on this in like 3 years as one of the weirdest nights of my life.
@vzn I know. Are there talks about what would happen if it was actually proved though? I talked to one of my teachers about this. A Bertrand Russell kind of deal, I prefer to be sure of things. I know that's not entirely possible though.
@vzn "virality" lol. Yeah there were people jumping that didn't even know what we were talking about. They just say some people in SE chat for like 4 hours XD
@Leaky Nun Thank you. I plan to learn a lot more about RH. These discussions have taught me some new things about complex analysis as well that I'd like to explore.
@CaptainAmerica16 am saying thats what all the conditional papers are about. "what would happen". are you asking about ramifications outside of mathematics research? what do you mean "a bertrand russell deal"? btw recently read his book on conquest of happiness... liked it
@vzn When I say Bertrand Russell type deal, I mean the urge to prove that everything can be proven. RH seems true, by for some reason we can't know for sure.
@Leaky Nun I'll definitely take you up on that offer. It seems like I always have questions and I don't know anyone who really cares about math the way I do in real life. Creating a proof is like Christmas, isn't it?
has specific values on the critical line been proven to be 0's? Or does the proof that says there are infinitely many of them actually show how to find those?
@vzn Yes, I've heard that a proof of RH would have far-reaching effects in Cryptography. Feel free to correct me if I'm wrong though. I don't really know what would happen in math research though, since it seems like everyone just assumes it's true anyway.
'1914: Hardy showed that ζ(s) has infinitely many zeros on the critical line. 1942: Selberg showed that a positive proportion of zeros lie on the line. 1974: Levinson showed that at least one third of the zeros are on the line. 1989: Conrey showed that at least 40% of the zeros are on the line But no-one has shown that ALL zeros are on the line.' https://maths.ucd.ie/~plynch/Talks/RH-IMS-2016.pdf
@CaptainAmerica16 ok there is a P time test for primes (AKS algorithm itself a breakthru years ago), but it is unwieldy and not used practically, & guess Riemann proof might lead to a faster algorithm as speculated by some (incl expert mathematicians). this is related to the RSA algorithm. (afaik) it would not break it.
oh, there are some implications of RH in complexity theory classes/ separations, found that yrs ago, was a bit amazed at the connection...
@Rudi_Birnbaum see starboard for a link to the maths side of the nonsense
you can also ask me about it
as for the physics side, I think the consensus among the people here is that fine structure constant isn't just something you can derive using pure maths, as it is something you measure empirically
@LeakyNun I am not entirely sure about that dogma. When I rem correctly there are several physicists who think that a valid theory of everything should be able to explain the values of the constants. In a way that seems to make sense.
@CaptainAmerica16 thx hadnt seen all that yeah we are talking about the same thing, havent looked at it closely yet, have been working on statistical approaches to number-theory for yrs now, great to see others getting into the action :)
The seemingly random digits known as prime numbers are not nearly as scattershot as previously thought. A new analysis by Princeton University researchers has uncovered patterns in primes that are similar to those found in the positions of atoms inside certain crystal-like materials / reddit https://www.reddit.com/r/science/comments/9drofi/the_seemingly_random_digits_known_as_prime/
It is known that "Assuming the generalized Riemann hypothesis (GRH) if VP = VNP then PH collapses to second level". Why would one think of a relation between VP,VNP and the Riemann hypothesis. Where does a statement about the zeros of the Riemann zeta function appear in a statement about complexi...
The over ~1½ century old Riemann Hypothesis has deep implications in mathematics and a large edifice of math theory is now proved conditionally on it and numerous variants. I recently came across a reference to a conditional result in TCS based on the Riemann hypothesis. I am therefore wondering,...