Zhao Bin
By actively fostering innovative thinking and bolstering mathematical literacy, individuals are better positioned to align with the evolving demands of future societal development, thereby cultivating a profile as innovative and practically adept talents. Innovative thinking empowers learners to transcend traditional learning paradigms, encouraging them to engage with mathematical concepts from novel and inventive viewpoints, which in turn enhances the efficiency and depth of mathematical learning. Within the realm of mathematics, innovative thinking serves as a catalyst for breaking free from entrenched cognitive patterns, steering clear of mental stagnation, and significantly elevating problem-solving capabilities. It enables learners to approach mathematical challenges from multifaceted angles, sparking the generation of fresh, inventive problem-solving strategies, and thereby refining both the flexibility and precision of their problem-solving processes.The cultivation of innovative thinking extends beyond mere mathematical learning; it acts as a driving force for the holistic development of students’ comprehensive qualities, encompassing logical reasoning, critical analysis, and beyond. Concurrently, a robust foundation in mathematical literacy equips learners with a wealth of mathematical knowledge and skills, laying a solid groundwork that supports and nurtures innovative thinking. Mathematical formulas, theorems, and principles serve as essential building blocks for innovative thought processes, allowing individuals to devise novel problem-solving methodologies and creative insights through the astute application of these mathematical tools.
