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Applications of Ea as a substitute for the exponential in other domains

Determine whether the new Mittag-Leffler-type function Ea can replace the exponential function in other areas, including the construction of probability distributions (e.g., a Poisson-type distribution) and the study of PDEs with exponential terms such as the heat equation.

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Background

Because Ea generalizes exponential behavior in the L-fractional context, leveraging it in probability and PDEs could yield new models and analytical tools mirroring classical exponential-based theory.

References

Can the new Mittag-Leffler-type function (3.6) be used in other settings as a substitute for the exponential function, for example, to define novel probability distributions, such as a "Poisson distribution" with mass function related to the Mittag-Leffler-type function, or to study partial differential equations with exponentials involved, such as the heat equation?

Theory on linear L-fractional differential equations and a new Mittag-Leffler-type function (2403.00341 - Jornet, 1 Mar 2024) in Section 8, Open Problems