The algebra-topology seminar covers topics in Algebra and Topology

These lectures will give an introduction to the Kuga-Satake construction. We will begin by reviewing complex abelian varieties and Hodge structures, defining K3 surfaces, and demonstrating the classical Kuga-Satake construction over $\mathbb{C}$. We will then discuss Shimura varieties and the work of Madapusi-Pera.

The Computational Mathematics Seminar presents talks on the development of computational science & mathematics, including the mathematical / computational modelling of complex systems including their implementation issues and theoretical aspects.

These lectures will give an introduction to the Kuga-Satake construction. We will begin by reviewing complex abelian varieties and Hodge structures, defining K3 surfaces, and demonstrating the classical Kuga-Satake construction over $\mathbb{C}$. We will then discuss Shimura varieties and the work of Madapusi-Pera.

The PDE & Analysis seminar covers topics in PDE and analysis.

The algebra-topology seminar covers topics in Algebra and Topology

These lectures will give an introduction to the Kuga-Satake construction. We will begin by reviewing complex abelian varieties and Hodge structures, defining K3 surfaces, and demonstrating the classical Kuga-Satake construction over $\mathbb{C}$. We will then discuss Shimura varieties and the work of Madapusi-Pera.

The algebra-topology seminar covers topics in Algebra and Topology

What does it mean for a computer to be genuinely intelligent? Does it even make sense to talk about computers in these terms? in this public lecture, Neil Saunders will explore ideas of human and artificial intelligence from a range of viewpoints: philosophical, mathematical, artistic and memetic.