Simon Rea's

Simon Rea's

Lecture 07 - Differentiable structures: definition and classification (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 07 - Differentiable structures: definition and classification (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 17 - Representation Theory of Lie Groups and Lie Algebras (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 17 - Representation Theory of Lie Groups and Lie Algebras (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 01 - Logic of Propositions and Predicates (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 01 - Logic of Propositions and Predicates (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 06 - Topological Manifolds and Manifold Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 06 - Topological Manifolds and Manifold Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 12 - Grassmann algebra and de Rham cohomology (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 12 - Grassmann algebra and de Rham cohomology (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 25 - Covariant Derivatives (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 25 - Covariant Derivatives (Schuller's Geometric Anatomy of Theoretical Physics)

Schuller's Geometric Anatomy of Theoretical Physics, Lectures 1-25

Schuller's Geometric Anatomy of Theoretical Physics, Lectures 1-25

Lecture 18 - Reconstruction of a Lie Group from its Algebra (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 18 - Reconstruction of a Lie Group from its Algebra (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 04 - Topological Spaces: Construction and Purpose (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 04 - Topological Spaces: Construction and Purpose (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 24 - Curvature and Torsion on Principal Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 24 - Curvature and Torsion on Principal Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 09 - Differential structures: the pivotal concept of tangent vector spaces (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 09 - Differential structures: the pivotal concept of tangent vector spaces (Schuller's Geometric Anatomy of Theoretical Physics)

Schuller's Lectures on Quantum Theory 1-8

Schuller's Lectures on Quantum Theory 1-8

Lecture 08 - Spectra and perturbation theory (Schuller's Lectures on Quantum Theory)

Lecture 08 - Spectra and perturbation theory (Schuller's Lectures on Quantum Theory)

Lecture 06 - Integration of measurable functions (Schuller's Lectures on Quantum Theory)

Lecture 06 - Integration of measurable functions (Schuller's Lectures on Quantum Theory)

Lecture 19 - Principal Fibre Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 19 - Principal Fibre Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 03 - Classification of Sets (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 03 - Classification of Sets (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 03 - Separable Hilbert spaces (Schuller's Lectures on Quantum Theory)

Lecture 03 - Separable Hilbert spaces (Schuller's Lectures on Quantum Theory)

Lecture 08 - Tensor space theory I: over a field (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 08 - Tensor space theory I: over a field (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 10 - Construction of the Tangent Bundle (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 10 - Construction of the Tangent Bundle (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 13 - Lie groups and their Lie algebras (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 13 - Lie groups and their Lie algebras (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 02 - Axioms of Set Theory (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 02 - Axioms of Set Theory (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 20 - Associated Fibre Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 20 - Associated Fibre Bundles (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 15 - The Lie Group SL(2,C) and its Lie Algebra sl(2,C) (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 15 - The Lie Group SL(2,C) and its Lie Algebra sl(2,C) (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 11 - Tensor space theory II: over a ring (Schuller's Geometric Anatomy of Theoretical Physics)

Lecture 11 - Tensor space theory II: over a ring (Schuller's Geometric Anatomy of Theoretical Physics)

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