  Advances in fractional analysis suggest a new way for the physics
understanding of Riemann's conjecture. It asserts that, if s is a complex
number, the non trivial zeros of zeta function in the gap [0,1], is
characterized by . This conjecture can be understood as a consequence of
1/2-order fractional differential characteristics of automorph dynamics upon
opened punctuated torus with an angle at infinity equal to . This physical
interpretation suggests new opportunities for revisiting the cryptographic
methodologies.
