The goal of the project is to create a quantum neural network that can efficiently compute the squared matrix element of a tree-level Feynman Diagram, given its topology and the necessary dynamical ...

and we represent it by a combinatoric polytope whose vertices correspond to Feynman diagrams. We provide a simple graphic rule to derive the polytope from a labelled tree graph, and classify such ...

Recently, a canonical change of field variables was proposed that converts the Yang-Mills Lagrangian into an MHV-rules Lagrangian, i.e. one whose tree level Feynman diagram expansion generates CSW ...

In physics, there's a powerful technique for visualizing particle interactions at the quantum level. This technique uses something called Feynman diagrams, invented by physicist Richard Feynman. These ...

The code uses MADGRAPH to simulate the tree level Feynman diagrams for the process pp -> ttZ' -> tttt, and Pythia to generate the corresponding standard model QCD background. FastJet and SoftJet are ...