CORDIS Project
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This project investigates the mathematical properties of evolution equations in quantum field theory, focusing on high-energy scattering processes. It aims to extend the understanding of integrability in these equations, particularly in relation to composite operators and their higher-loop anomalous dimensions.
Quantum field theory gives the excellent description for the electromagnetic, weak and strong fundamental interactions by means of perturbative expansion in the coupling constant.
It allows to obtain results, which can be compared with experiments.
In some cases the large logarithms are appeared in perturbative calculations and they should be sum exactly, i.e. in all orders of perturbative theory.
Arising evolution equations are widely used for the theoretical description of the high energy scat…
HUMBOLDT-UNIVERSITAET ZU BERLIN
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