A new symmetry for Biedenharn's G-functions and classical hypergeometric series
β Scribed by R.A Gustafson; S.C Milne
- Publisher
- Elsevier Science
- Year
- 1985
- Tongue
- English
- Weight
- 639 KB
- Volume
- 57
- Category
- Article
- ISSN
- 0001-8708
No coin nor oath required. For personal study only.
β¦ Synopsis
We show that the general bisymmetric polynomials ;Gf)(y,,..., y,,; a,,..., 6,) are a limiting case of the bisymmetric, invariant polynomials ;Grr(y,,...,y,; a,,..., 6,) which characterize U(n) tensor operators (p, q,..., q. 0, . . . . 0). By taking suitable limits of a pair of difference equations for ;G$"(y; 6) we then deduce "transposition symmetry" for ;GF)(y; S) from the same symmetry for ;Gr)(y; 6). As an application of transposition symmetry for ;Gr)(y; 6) we derive an elegant, new contiguous relation for classical, well-poised hypergeometric series, and also prove an identity between these series and multiple hypergeometric series well-poised in Su(n). f(T) 1985 Academic Press, Inc.
π SIMILAR VOLUMES
Figure 4 Relative power distribution for the TE αTE waveguide 02 01 Ε½ . mode converter with the improved radius form 7 and the spurious input mode mixture mode TE are s 0.05305, s 0.00338, β¦ s 0.13081, and 02 1 2 the total length is 0.6677 m. The conversion efficiency for TE is s 99.32%. Suppose th