UCLA Math Sciences a powerhouse of mathematical innovation stands before us. This isn’t just a building it’s a hub of groundbreaking research. Professor Andrea Bertozzi leads a cutting-edge AI initiative classifying data in innovative ways. Her work is truly inspiring. It’s visually represented by an artistic interpretation generated by OpenArt.
The Math Sciences building at 520 Portola Plaza is more than bricks and mortar. It’s a testament to the power of human intellect. It houses a department that the American Mathematical Society considers one of the largest pipelines to mathematical careers in the United States. Think about that for a moment.
Within these walls Professor Zhouli Xu a recipient of the prestigious 2025-26 AMS Centennial Fellowship excels in algebraic topology. His achievements underscore the caliber of research happening here. We also find the incredible story of Professor Igor Pak and PhD candidates Nikita Gladkov and Aleksandr Zimin. They successfully debunked the ‘Bunkbed Conjecture’ a feat celebrated in Quanta Magazine.
Beyond individual accomplishments the Math Sciences department boasts vibrant research areas. Pure and applied mathematics flourish side by side. The department publishes and contributes to several research journals. These journals cover everything from classical analysis to algebraic geometry. They even have a fully open-access publication ensuring research reaches a global audience. One such journal the Pacific Journal of Mathematics was founded in 1951 a testament to the department’s longevity and influence.
The UCLA Applied and Computational Mathematics REU program further underscores the department’s commitment to education. Since 2005 undergraduates have joined faculty and graduate students in research projects. These projects cover a wide spectrum from machine learning to social justice. This eight-week summer program culminates in research presentations. Students even contribute software for certain projects. The program invites students from all over the United States emphasizing inclusivity and collaboration.
The Institute for Pure and Applied Mathematics IPAM also plays a role. It fosters interaction between mathematics and various scientific fields. IPAM’s workshops and programs build interdisciplinary research communities. They promote mathematical innovation and transform the world through mathematical advancements.
So as we stand here let’s appreciate not just the building but the intellectual energy it embodies. The Math Sciences building is a place where brilliant minds shape the future of mathematics. It’s a place of discovery collaboration and groundbreaking innovation.