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Explore extreme eigenvalue distributions in sparse random graphs, covering empirical distributions, edge expansion, routing graphs, and universal properties. Gain insights into mathematical physics and graph theory.
Explore connections between Lie algebras and homotopy theory, covering fundamental groups, Whitehead brackets, and Quillen's theorem in this advanced mathematics seminar.
Explore deep reinforcement learning applications in real-world scenarios, focusing on off-policy methods, model-free and model-based approaches, and their practical implementations in robotics and manipulation tasks.
Exploring medieval roots of modern racism, this talk examines how alt-right groups misuse medieval imagery and how understanding historical race-thinking can help combat contemporary racism.
Explore dexterous manipulation, category-level manipulation, and robust control for open-world robotics. Learn policy representation, evaluation methods, and future directions in this field.
Explore structural risk minimization in reinforcement learning, focusing on efficient learning of risk-sensitive policies using conditional value at risk and optimistic exploration techniques.
Explore the hidden world of digital labor, examining automation's paradoxes, algorithmic impacts, and the social costs of today's platform-based work economy.
Explore AI's impact on privacy, fairness, work, ethics, warfare, governance, and social media, examining how it challenges our understanding of human uniqueness.
Explore pseudoholomorphic curves with boundary, their counting challenges, and innovative approaches in Gromov-Witten theory with Sara Tukachinsky's advanced mathematical seminar.
Explore extremal set theory with Andrey Kupavskii, covering shifting techniques, partial orders, and the Katniss Theorem. Gain insights into minimizing shadows and analyzing complex cases in discrete mathematics.
Explore sparse matrices in compressive sensing, focusing on expander graphs and their applications. Learn about metric repair scenarios and algorithms for sparse signal recovery.
Explore surprising parallels between number theory and 3D geometry, uncovering connections that continue to shape mathematical research.
Explore optimization landscapes and two-layer neural networks, focusing on non-convexity, saddle points, and symmetric distributions in theoretical machine learning.
Explore new perspectives on red supergiants, their characteristics, and significance in stellar evolution. Learn about observational techniques, binary interactions, and implications for supernova research.
Explore causal factors behind deep learning generalization, examining measures like path norm, flatness, and gradient noise to predict and understand model performance.
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