Guys I think Andrew Wiles is doing it

[Anonymous No.8369344]

I think he is going to solve the Riemann Hypothesis


if he succeeds...can you imagine his legacy, Fermats Last Theorem and the Riemann Hypothesis he would go down as one of the greats

here is the interview

https://pbs.twimg.com/media/CtDiDTbXYAApdmI.jpg

[Anonymous No.8369352]

my body is ready

[Anonymous No.8369355]

>>8369344
not if Mochi gets there first. But desu, it would be almost unprecedented for someone to solve an open problem like that so late in life, and after solving another big open problem.

[Anonymous No.8369357]

>>8369352
just think of Wiles legacy if he solved it...both the FLT and RH

he would definitely go down as a top 10 mathematician of all time

[Anonymous No.8369359]

>>8369355
I can see Wiles staying quiet about this until now....Mochi is more of a public figure

[Anonymous No.8369360]

>yfw OP fucks up the interview link
http://www.ems-ph.org/journals/newsletter/pdf/2016-09-101.pdf

[Anonymous No.8369363]

>>8369355
not just any open problem...The Open problem of mathematics

[Anonymous No.8369368]

>>8369360
big surprise, literally 0 indication he's even working on riemann hypothesis

shit thread op

[Anonymous No.8369371]

>>8369360
>>8369368

Sorry


here is the link

https://twitter.com/Mathematical_A/status/779371300649177088

click the hyperlink

[Anonymous No.8369372]

>>8369371
>https://twitter.com/Mathematical_A/status/779371300649177088
yeah, i read the interview

he's not working on it

[Anonymous No.8369377]

>>8369372
FUCKKKKKKKKKKKKKKKKKKKKKKKKK

[Anonymous No.8369383]

>>8369372
out of curiosity

what mathematician has came the closest to solving it?

[Anonymous No.8369390]

>>8369383
well obviously no one has solved it, but Weil has at least proved the analogue over function fields

[Anonymous No.8369394]

>>8369390
and anyway he'd probably be 100x more likely to prove birch swinnerton dyer conjecture than riemann hypothesis

[Anonymous No.8369395]

>>8369390
I don't get why people think this problem is hard

In mathematics, the Riemann hypothesis is a conjecture that the Riemann zeta function has its zeros only at the negative even integers and the complex numbers with real part 1/2. It was proposed by Bernhard Riemann (1859), after whom it is named. The name is also used for some closely related analogues, such as the Riemann hypothesis for curves over finite fields.


It doesn't sound that hard to me

[Anonymous No.8369397]

>>8369344
>>8369357
Why is everyone sperging out over proofs anyway?
Everyone knew FLT was true, everyone knows the RH is true. Proofs are just some autistic technicality now that we have computers that can calculate the first bazillion roots or whatever.

[Anonymous No.8369398]

>>8369395
Here's your (You)

[Anonymous No.8369399]

>>8369397
there are countless conjectures proven false by extremely large counterexamples

[Anonymous No.8369401]

>I don’t think it [BSD] is the easiest of the Millennium Problems.

So which is the easiest one, bros?

[Anonymous No.8369409]

>>8369401
BSD is obviously true, even the version of the conjecture detailing what the constant should be in the L-function, but L-functions are so poorly understood that no one can do anything to extend gross-zagier formula which out of pure luck proves BSD for small analytic rank (0, 1)

maybe deligne can kill off the hodge conjecture before he dies

[Anonymous No.8369416]

>>8369399
if the counter examples are extremely large it doesn't matter anyway

you can safely do math assuming the RH is true, it literally does not matter if it gets proven or not

[Anonymous No.8369417]

>>8369397
https://en.wikipedia.org/wiki/P%C3%B3lya_conjecture

ayyy

[Anonymous No.8369420]

>>8369416
>being this dumb

Likely people who assume the Riemann hypothesis are going to need to assume it's true everywhere, not just for the first nth million whatevers.

[Anonymous No.8369423]

>>8369395
You just solved it! Congrats man.

[Anonymous No.8369429]

>>8369395
Yeah, like the problem of deciding if a complex univariate polynomial that shares root with any of its nonconstant derivative has the form of (ax+b)^k.

Doesn't sound hard to me.

[Anonymous No.8369430]

>>8369417
>still holds up to 1 billion
that's good enough for pretty much anyone

[Anonymous No.8369435]

>>8369430
t. engineer

[Anonymous No.8369437]

>>8369435
that device your posting from? you're welcome

feels good to actually be useful

[Anonymous No.8369439]

>>8369437
remind us, which part of it did you design?

[Anonymous No.8369440]

>>8369401
Millennium Problems power rankings (hardest to easiest)

1. Yang-Mills
2. P=NP?
3. Riemann
4. Navier-Stokes
5. Poincare

POWER GAP

9001. BSD

POWER GAP

90001. Hodge

[Anonymous No.8369446]

>>8369435
I'm actually an engineer (with some undergrad courses from the pure math faculty of my school)

please don't put us all in the same category as that idiot