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A noncommutative geometry model for Dyson--Schwinger equations

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Ali Shojaei-Fard
Die, 2019-01-29 14:00 - 15:00
MPIM Lecture Hall

In this talk I plan to show the importance of Noncommutative Geometry to mathematically describe quantum motions in Quantum Field Theory. At the first step, I explain the construction of a new class of spectral triples with respect to the information of Dyson--Schwinger equations. At the second step, I explain the structure of a new noncommutative differential geometry machinery derived from the BPHZ renormalization of Dyson--Schwinger equations.

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