2011ESI lectures in mathematics and physicsRequires access

Notes on Feynman integrals and renormalization

Christoph Bergbauer

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Abstract

Various aspects of Feynman integrals, regularization and renormalization are reviewed. Following Bloch, the focus is upon a linear algebraic approach to the Feynman rules. Using resolution of singularities, several renormalization methods are brought together. In the second part, the work of Belkale and Brosnan resp. Bloch, Esnault and Kreimer on the motivic nature of Feynman integrals is briefly sketched.

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What this paper is about

Various aspects of Feynman integrals, regularization and renormalization are reviewed. Following Bloch, the focus is upon a linear algebraic approach to the Feynman rules. Using resolution of singularities, several renormalization methods are brought together. In the second part, the work of Belkale and Brosnan resp. Bloch, Esnault and Kreimer on the motivic nature of Feynman integrals is briefly sketched.

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Available abstract

Various aspects of Feynman integrals, regularization and renormalization are reviewed. Following Bloch, the focus is upon a linear algebraic approach to the Feynman rules. Using resolution of singularities, several renormalization methods are brought together. In the second part, the work of Belkale and Brosnan resp. Bloch, Esnault and Kreimer on the motivic nature of Feynman integrals is briefly sketched.

Key concepts: Feynman diagram, Renormalization, Feynman integral, Regularization (linguistics), Feynman graph, Gravitational singularity, Dimensional regularization, Mathematical physics

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