The Fermi pseudopotential describes the scattering of these particles. SU(5) and SO(10) GrandUnified Theories predict a yet-unobserved oscillation between this particle and its antiparticle. Theseparticles can be generated from spallation sources. Matter-antimatter asymmetry would beexplained by a relatively large value of its electron dipole moment, which is also a measure of CPviolation. These particles were originally discovered in an experiment in which they hit a la
The Fermi pseudopotential describes the scattering of these particles. SU(5) and SO(10) GrandUnified Theories predict a yet-unobserved oscillation between this particle and its antiparticle. Theseparticles can be generated from spallation sources. Matter-antimatter asymmetry would beexplained by a relatively large value of its electron dipole moment, which is also a measure of CPviolation. These particles were originally discovered in an experiment in which they hit a layer ofparaffin wax after being knocked out of (*) beryllium; that experiment was conducted by Chadwick.This particle consists of two down quarks and one up quark, and changing the number of these particlescreates different isotopes. For 10 points, name this neutral particle in the nucleus.
The Fermi pseudopotential describes the scattering of these particles.
neutron