Author: Wang Yanhan

Date: May 22, 2024

Academician Tang Tao, a revered computational mathematician and Member of the Chinese Academy of Sciences (CAS), graced the 358th Century Jinan Cultural Quality Education Lecture Hall on May 16th as a distinguished guest lecturer. The event, held at the Zeng Xianzi Science Museum's International Conference Hall, was a collaborative effort by the Office of Cultural Quality Education, along with the School of Information Science and Technology and the School of Cyberspace Security.

(Tang was explaining the theory)

With over 400 eager participants, including teachers and students from the school, in attendance, Tang Tao embarked on a captivating exploration of Fourier's Analytical Theory of Heat, shedding light on its profound significance in the realm of mathematics and its pivotal role in driving human progress and innovation.

During the lecture, Tang Tao delved deep into the intricacies of Fourier's theory, emphasizing its transformative impact on mathematical and physical research. By mathematizing complex physical phenomena and unveiling the underlying principles through boundary value differential equations, Fourier revolutionized the understanding of heat conduction, setting forth a new paradigm that not only advanced scientific inquiry but also paved the way for future technological breakthroughs.

Comparing Fourier's contributions to Newton's Mathematical Principles of Natural Philosophy, Tang Tao underscored the universal applicability of Fourier's theory across diverse fields, ranging from artificial intelligence and medical imaging to finance and astronomy. Through the lens of Fourier's work, Tang Tao highlighted the indispensable role of Fourier transforms in powering modern technologies like the Internet and smartphones, showcasing the enduring legacy of mathematical innovation in shaping our digital world.

(At the lecture)

Following the enlightening discourse, Tang Tao engaged in lively discussions with teachers and students, exploring the practical applications of trigonometric functions and charting pathways for future advancements in the era of artificial intelligence. Emphasizing Fourier's unwavering commitment to scientific rigor and truth-seeking, Tang Tao inspired the audience to harness their knowledge and skills to drive progress in scientific endeavors, underscoring the importance of continuous learning and active contribution to the scientific community.

(On-site communication with teachers and students.)

As the echoes of Tang Tao's enlightening lecture reverberated through the hallowed halls of academia, a renewed appreciation for the transformative power of mathematics and the enduring legacy of luminaries like Fourier permeated the hearts and minds of all in attendance, igniting a spark of curiosity and discovery that will shape the future of scientific inquiry and innovation.