Abstract:
We establish conditions for the discrete versions of logarithmic concavity and convexity of the higher order regularized basic hypergeometric functions
with respect to the simultaneous shift of all its parameters.
For a particular case of Heine's basic hypergeometric function, we prove logarithmic concavity and convexity with respect to the bottom parameter.
We, further, establish a linearization identity for the generalized Turánian formed by a particular case of Heine's basic hypergeometric function.
Its $q=1$ case also appears to be new.