Category:Riemann P-symbol

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This category contains results about Riemann P-symbol.


The Riemann P-symbol, written:

$\map f z = \operatorname P \set {\begin {matrix} a & b & c \\ \alpha & \beta & \gamma & z \\ \alpha' & \beta' & \gamma' \end {matrix} }$

denotes the solutions to the hypergeometric differential equation:

\(\ds \) \(\) \(\ds \frac {\d^2 f} {\d z^2}\)
\(\ds \) \(\) \(\, \ds + \, \) \(\ds \paren {\frac {1 - \alpha - \alpha'} {z - a} + \frac {1 - \beta - \beta'} {z - b} + \frac {1 - \gamma - \gamma'} {z - c} } \frac {\d f} {\d z}\)
\(\ds \) \(\) \(\, \ds + \, \) \(\ds \paren {\frac {\alpha \alpha' \paren {a - b} \paren {a - c} } {z - a} + \frac {\beta \beta' \paren {b - c} \paren {b - a} } {z - b} + \frac {\gamma \gamma' \paren {c - a} \paren {c - b} } {z - c} } \frac f {\paren {z - a} \paren {z - b} \paren {z - c} }\)
\(\ds \) \(=\) \(\ds 0\)


where:

$\alpha + \alpha' + \beta + \beta' + \gamma + \gamma' = 1$

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