Mathematical superintelligence in a human can be described as an extraordinary ability to rapidly grasp, analyze, and synthesize complex mathematical concepts, theorems, and problems with unparalleled ease and precision, enabling the individual to creatively explore and advance the boundaries of mathematical knowledge, generating groundbreaking insights and applications that significantly impact various fields such as science, engineering, economics, and cryptography, all while demonstrating a deep intuitive understanding of the underlying structures and connections within the vast and intricate web of mathematical ideas, effortlessly transcending traditional limitations and barriers, fostering interdisciplinary collaborations, and inspiring a new generation of mathematicians and researchers to pursue innovative and transformative approaches to longstanding questions and challenges, ultimately contributing to the collective advancement of human knowledge and the enrichment of our understanding of the natural world and the abstract realm of mathematical beauty.