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Explore connections between quantum groups, vertex algebras, and quiver representations in topology. Discover how fermionic forms link these areas, shedding new light on enumerative geometry and curve counting.
Explore multivariable Poincaré series in complex singularities with Andras Nemethi. Delve into advanced mathematical concepts at the intersection of geometry, topology, and singularity theory.
Explores Alexander polynomials in algebraic geometry, focusing on braid monodromy symmetries of real plane curves and their impact on divisibility relations for Alexander invariants.
Explore definable set decomposition in algebraically closed fields. Delve into geometric and topological aspects of group actions, connecting algebraic topology, geometry, and mathematical physics.
Explore geometric relationships between cluster varieties and complexes, focusing on finite cluster types with universal coefficients and their connection to Hilbert schemes via torus actions.
Explore moduli spaces of algebraic curves and coherent sheaves, focusing on Gromov-Witten and Donaldson-Thomas invariants in complex algebraic varieties and their connections to superstring theory.
Explore quantum toric geometry, a generalization of toric geometry analogous to how quantum torus extends the usual torus. Delve into quantum toric varieties and their moduli spaces.
Exploration of Pontrjagin Duality on Multiplicative Gerbes, proposing a generalization of the Twisted Drinfeld Double to continuous groups. Part of a conference on geometry, topology, group actions, and singularities.
Explore insights on effective math education with Vice Chancellor Mamokgethi Phakeng, challenging perceptions and discussing innovative teaching approaches for improved learning outcomes.
Explore the intersection of mathematics and folding, delving into the construction of the third root of two. A thought-provoking examination of mathematical concepts through the lens of paper folding techniques.
Explore visual information processing in the brain and AI with Dr. Odelia Schwartz, comparing biological and artificial neural networks for image recognition and perception.
Explore self-organization phenomena in mathematics and real-world applications with expert Ernesto Lupercio, delving into complex systems and emergent behaviors.
Explore graph theory applications in real-world scenarios, from bridge construction to cellphone tower placement, with Princeton mathematician Maria Chudnovsky's engaging WIMSA Conference presentation.
Explore social mobility patterns using mobile data and their applications to public health with insights from CINVESTAV researcher Maribel Hernández Rosales.
Explore synthetic microbial communities to understand complex interactions and behaviors of microbes, presented by Gabriela Olmedo-Alvarez at WIMSA Conference 2022.
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