The theme of this monograph is the relation between cluster algebras and scattering diagrams. Cluster algebras were introduced by Fomin and Zelevinsky around 2000 as an algebraic and combinatorial ...

Description The Rutherford scattering experiment (gold foil experiment) revealed that the atom is mostly empty space with a small, dense, positively charged nucleus at its center. This was a ...

An attempt to represent Pose's data on the collision of α-particles and protons by a schematic nuclear model has led to results which are consistent with other information concerning the position of ...

We discuss two topics in double parton scattering (DPS) theory that have been the subject of recent research interest. First, the role of `double parton splitting' diagrams in DPS is discussed. We ...

Features of the formation of multilobe bistatic scattering diagrams of a cross-polarized field in the front half-space in an azimuthal plane of a semi cylindrical checkerboard 1-bit anisotropic ...

The multiple scattering of a scalar wave by a discrete random medium is considered. The scatterers are assumed to be isotropic, incorrelated, and distributed uniformly. The Feynman-diagram technique ...

Figure 1. Schematic diagram of relativistic nonlinear Thomson inverse scattering. Previous studies have primarily focused on direct electron collisions with tightly focused laser pulses. However, ...

Though they look simple, these Feynman diagrams allow scientists to calculate the probability that a particular collision, or scattering, will take place between particles.