Developing Special Functions tools for contemporary problems in physics

“特殊函数”是在解决物理学中的“特殊”问题时产生的数学函数。众所周知，许多物理和现实世界的现象使用微分方程建模。具体来说，各种量子系统简化为具有多项式系数的二阶微分方程的分析。直到几十年前，特殊函数的理论被认为已经耗尽，物理学家完全可以得到公认的结果。然而，最近出现了物理学的新趋势，例如：超对称性，超引力，可积系统，量子限制系统，量子化技术，相干态和因子化方法（达布变换，双谱），这需要创新的技术来研究它们。

`Special functions' are mathematical functions that arise from solving `special' problems in physics. It is known that many physical and real-world phenomena modeled using differential equations. Specifically, various quantum systems reduced to the analysis of second-order differential equations with polynomial coefficients. Until a few decades ago, the theory of special functions was considered exhausted with well-established results entirely available to physicists. Recently, however, new trends in physics emerged, for instance: Supersymmetry, Supergravity, Integrable systems, Quantum confined systems, Quantization techniques, Coherent states, and Factorization method (Darboux transformations, Bi-spectrality), that required innovative techniques to study them.