A French mathematician who recently won the prestigious Fields Medal, often described as the highest honor in mathematics, has stated that no university in the world "produces high-level mathematics at such a rate." The Fields Medal is awarded every four years to mathematicians under the age of 40 for their outstanding contributions to the field. In recent months, several major artificial intelligence companies have announced that they have made significant progress in solving complex mathematical problems. These problems, which once required years of research and collaboration among mathematicians, are now being tackled using advanced machine learning algorithms and vast computational power. Some of these breakthroughs have even led to the discovery of new mathematical theorems or patterns that were previously unknown. The mathematician, whose name is not mentioned in the original statement, has expressed both admiration and concern about these developments. While acknowledging the impressive capabilities of AI in solving mathematical problems, they also raised questions about the role of human intuition, creativity, and deep understanding in mathematical discovery. The mathematician emphasized that AI can assist in computations and pattern recognition but may not fully replace the human element in developing new mathematical ideas. This shift has sparked discussions among mathematicians and AI researchers about the future of mathematical research. Some believe that AI could become a powerful tool to enhance human capabilities in mathematics, while others are cautious about the long-term implications of relying heavily on artificial intelligence for complex problem-solving. As AI continues to evolve, its impact on the world of mathematics is likely to grow, raising both opportunities and challenges for the academic community.