Theory of dual-charged particles
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Authors
Anderson, Samuel Kaaloa
Subjects
Electrodynamic theory
Quantum mechanics
Magnetic monopole
Dual-charged particles
Quantum mechanics
Magnetic monopole
Dual-charged particles
Advisors
Zeleny, William B.
Date of Issue
1977-06
Date
Publisher
Monterey, California. Naval Postgraduate School
Language
en_US
Abstract
In studying the interaction of dual-charged particles
(particles with both electric and magnetic charge) , the
introduction of a two-dimensional charge space results in a
set of dynamical equations governing the behavior of the
system that are invariant under rotation in charge space.
Systems in which all particles have the same magnetic to
electric charge ratio are indistinguishable from conventional
electrodynamic systems consisting of ordinary electric
charges and electromagnetic fields. However, systems consisting
of particles with different charge ratios behave
differently. It is shown that for a hydrogen-like atom consisting
of two dual-charged particles with different charge
ratios, some of the degeneracy within the hydrogen atom
energy states is removed.
Type
Thesis
Description
Series/Report No
Department
Physics
Organization
Naval Postgraduate School