The Reimann Hypothesis is true. If you can prove it you get $1m (from CI). It's the longest standing millenium math problem based on work prolosed from Reimann picked up from Gauss and Euler.
The problem is very interesting because its related to the distribution of prime numbers. Something Gauss could never prove.
We can only guess how many prime # are between any two limits (with pretty good accuracy) but if the reimann hypothesis is true we can tell exactly how many.
It's related to Crytography. Lots of math is already built with the assumption it is true.
Disproving it would be as simple as finding a non trivial zero that doesn't lie on the critical line (midpoint of critical strip x=1/2)
Every NT-zero lies on the critical line (x = 1/2). Imo.
The zeta function is telling you something when it produces a zero.
Trillions of non trival zeros have been found on the critical line analytically.
All you have to do to prove it is: find a way to describe where ALL the critical zeros are.
Finding the 1st few trillion doesn't matter when there is infinity of them.
To find the shape of the object mathematically would prove it one way or another.
My guess is it will be solved with geometry. And that's where I'm studying.
The object itself isn't rigid, it's probabilistic. To find its shape is like shooting a paintball at an invisible object until you can make it out. The paintballs being critical zeros.
The fx's graph is a shadow of the object. You can only go so far with analytic continuation.
Zero outputs from the fx can be imagined as a point in space where the energy is zero.
Like two dissonate waves colliding making a shape from where the waves cancel and energy is zero. The still points on a vibrating membrane. Bottom of the sin wave.
I think it gets proven true before 2040.
https://www.claymath.org/millennium/riemann-hypothesis/
corn farmer mewtwo
npub1se…9r684
2025-04-13 04:07:19
Author Public Key
npub1se9uhv5y68mzemva6k9a2rwwkxcwfn55x38dluj5tmwhmn93886sw9r684Seen on
wss://nostr.momPublished at
2025-04-13 04:07:19Event JSON
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"content": "The Reimann Hypothesis is true. If you can prove it you get $1m (from CI). It's the longest standing millenium math problem based on work prolosed from Reimann picked up from Gauss and Euler. \n\nThe problem is very interesting because its related to the distribution of prime numbers. Something Gauss could never prove. \n\nWe can only guess how many prime # are between any two limits (with pretty good accuracy) but if the reimann hypothesis is true we can tell exactly how many.\n\nIt's related to Crytography. Lots of math is already built with the assumption it is true. \n\nDisproving it would be as simple as finding a non trivial zero that doesn't lie on the critical line (midpoint of critical strip x=1/2)\n\nEvery NT-zero lies on the critical line (x = 1/2). Imo.\n\nThe zeta function is telling you something when it produces a zero. \n\nTrillions of non trival zeros have been found on the critical line analytically. \n\nAll you have to do to prove it is: find a way to describe where ALL the critical zeros are.\n\nFinding the 1st few trillion doesn't matter when there is infinity of them.\n\nTo find the shape of the object mathematically would prove it one way or another. \n\nMy guess is it will be solved with geometry. And that's where I'm studying. \n\nThe object itself isn't rigid, it's probabilistic. To find its shape is like shooting a paintball at an invisible object until you can make it out. The paintballs being critical zeros. \n\nThe fx's graph is a shadow of the object. You can only go so far with analytic continuation. \n\nZero outputs from the fx can be imagined as a point in space where the energy is zero. \n\nLike two dissonate waves colliding making a shape from where the waves cancel and energy is zero. The still points on a vibrating membrane. Bottom of the sin wave.\n\nI think it gets proven true before 2040. \n\nhttps://www.claymath.org/millennium/riemann-hypothesis/\n\n\n",
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