2,831 reputation
1619
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location Spain , Basque Country , Bilbao
age
visits member for 3 years, 1 month
seen 2 days ago

i got a degree on Physics and have several ideas on my own , unfortunately i do not have a physics sponsor :) in order to get an investigation grant :)


Jan
29
comment Is classifying one dimensional generalized quasicrystals worthwhile strategy to approach RH?
i think 'NO' .. even if you foudn a system whith the Riemann zeros, it could be that ther are zeros outside the critical line which do ont appear inisd ethe quasycritstal.
Jan
29
comment Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
so you mean is false because you are assuming exist an hermitian operator whose trace formula of $ \delta (E-H) $ exists and is equal to the Riemann-weil formula. But is not possible to assume or consider Riemann Hypothesis as an inverse problem ?, for example find an Hermitian operator $ -y''(x)+q(X)y(x) $ whose eigenvalues are the Riemann zeros or similar.
Jan
28
comment Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
HERE is a survey made by me about this problem and how the Riemann Weil and gutzwiller trace are analogue :) vixra.org/pdf/1301.0078v2.pdf see the analogy between the Guzwiller trace and riemann weil summation formulae in QM
Jan
28
comment Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
the potential is obtained from Riemann-Weil trace formula which is analogue to Gutzwiller's :)
Jan
28
comment Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
if we take the fractional derivative operator $ \frac{1}{2\sqrt{\pi}}\frac{d^{1/2}}{dx^{1/2}} $ inside the equation for $ f^{-1}(X) $ you get the Riemann-Weil formula for the density of the zeros.
Jan
28
comment Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
typos corrected :) ..the idea is that the Riemann-Weil trace is just equal to the Gutzwiller trace of a dynamical system..
Jan
28
revised Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
added 1 characters in body
Jan
28
accepted Evaluation of integral involving $ \tanh(ax) $
Jan
28
asked Evaluation of integral involving $ \tanh(ax) $
Jan
28
comment Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
i meant the equations, which are the ones that are really important :D
Jan
27
comment Inverse function with Dirac Delta
it does not matter draks :) regards..
Jan
27
asked Why the Wu-sprung model is not accepted as a solution to Riemann HYpothesis ??
Jan
26
comment How to prove $a_{n} < 2$ if $\displaystyle a_{n+2}=a_{n+1}+\frac{a_{n}}{3^n}$
asymptotically the difference equation is equivalnet to $ y'(x)=3^{-x}y(x) $ solving this i get that $ a(n) \sim exp( -3^{-n}/log(3)) $
Jan
26
answered How to prove $a_{n} < 2$ if $\displaystyle a_{n+2}=a_{n+1}+\frac{a_{n}}{3^n}$
Jan
25
accepted Inverse function with Dirac Delta
Jan
25
comment Inverse function with Dirac Delta
i guess the inverse function of $ log(x) +\sum_{n=1}^{\infty} \delta (x-n) $ is just $ y=exp(x) $ except for the points $ n=1,2,3,4,5,6,.... $ where is ill-defined.
Jan
25
asked Inverse function with Dirac Delta
Jan
24
accepted Can a function be only defined graphically ??
Jan
24
comment Can a function be only defined graphically ??
ok tahnks.. you are right :)
Jan
24
asked Can a function be only defined graphically ??