Discrete group

Related lectures (26)

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Delves into lattice theory, emphasizing Minkowski's theorems and their implications on lattice structures.

Covers affine transforms, rotation, shear, and bilinear interpolation for image manipulations.

Explores the theory of lattices, their properties, and applications in different mathematical contexts, emphasizing local-global principles.

Covers the embeddings of number fields and ideal classes with proofs and examples.

Covers the computation and properties of the Hermite Normal Form (HNF) in matrix theory and lattice theory.

Explores advanced space discretization techniques in numerical analysis for solving differential systems efficiently and accurately.

Covers policy gradient methods in reinforcement learning, focusing on optimization techniques and practical applications like the cartpole problem.

Explores SFT, top mixing, Hölder functions, and equilibrium in geodesic flows.

Explains homotopy lifting, paths, proofs, constant paths, discrete spaces, and monomorphisms.

Explores adelic number theory, emphasizing lattices, modules, linear combinations, and Z-linear properties.