The Riemann zeta function and tuning: Difference between revisions

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\zeta(s) = \sum_n n^{-s}</math>
\zeta(s) = \sum_n n^{-s}</math>


Now let's do two things: we're going to expand {{nowrap|''s'' {{=}} σ + ''it''}}, and we're going to multiply ζ(s) by its conjugate ζ(''s'')′, noting that {{nowrap|ζ(''s'')' {{=}} ζ(''s''′)}} and {{nowrap|ζ(''s'') ⋅ ζ(''s'')' {{=}} ζ(''s'')<sup>2</sup>}}. We get:
Now let's do two things: we're going to expand {{nowrap|''s'' {{=}} σ + ''it''}}, and we're going to multiply ζ(s) by its conjugate ζ(''s'')′, noting that {{nowrap|ζ(''s''){{=}} ζ(''s''′)}} and {{nowrap|ζ(''s'') ⋅ ζ(''s''){{=}} ζ(''s'')<sup>2</sup>}}. We get:


<math> \displaystyle
<math> \displaystyle