An algebraic approach to a charged particle in a uniform magnetic field

In the context of particle physics, EFTs are quantum field theories (QFTs) valid in a certain energy region and organized in such a way that i) only the degrees of freedom (dof) below

Except where explicitly stated, all quantities calculated using charged particles used only charged particle tracks which had hits in at least the TPC or OD, to ensure good

To be included in the sample, it was required that the highest momentum charged particle in at least one of the two hemispheres lie in the polar angle region j cos j

Inclusive yields of neutral strange particles in ν µ CC interactions measured in this analysis and in previous bubble chamber experiments. So, for example, discrepancies between

With a sample of very high final state multiplicity p-Pb collisions, the correlation data have been studied in a regime that is comparable to the charged particle multi- plicity of

The first comparison of pp and pPb measurements as a function of charged particle multiplicity and particle transverse momentum, presented in this Letter, should provide valuable

The following figures show the evolution along more than half a solar cycle of the AR faculae and network contrast dependence on both µ and the measured magnetic signal, B/µ,

For instance, (i) in finite unified theories the universality predicts that the lightest supersymmetric particle is a charged particle, namely the superpartner of the τ -lepton,