Abstract
A notion is developed for quarks as tops, i.e. particles characterized not only by the mass, charge, spin but also by the moment of inertia. It is established that geometrical and field-theoretical methods allow a consistent introduction of interacting particles of that type. The main wave equation for describing the dynamics of quark-tops is proposed to be different from the Dirac equation for electrons. The charge of the Dirac equation naturally leads to the charge of Maxwell equations. It is shown that the Cornell potential expresses the Coulomb law for quark-tops. (author.). 7 refs.
Citation Formats
Pestov, A B.
Physical meaning of confinement.
JINR: N. p.,
1993.
Web.
Pestov, A B.
Physical meaning of confinement.
JINR.
Pestov, A B.
1993.
"Physical meaning of confinement."
JINR.
@misc{etde_10157351,
title = {Physical meaning of confinement}
author = {Pestov, A B}
abstractNote = {A notion is developed for quarks as tops, i.e. particles characterized not only by the mass, charge, spin but also by the moment of inertia. It is established that geometrical and field-theoretical methods allow a consistent introduction of interacting particles of that type. The main wave equation for describing the dynamics of quark-tops is proposed to be different from the Dirac equation for electrons. The charge of the Dirac equation naturally leads to the charge of Maxwell equations. It is shown that the Cornell potential expresses the Coulomb law for quark-tops. (author.). 7 refs.}
place = {JINR}
year = {1993}
month = {Dec}
}
title = {Physical meaning of confinement}
author = {Pestov, A B}
abstractNote = {A notion is developed for quarks as tops, i.e. particles characterized not only by the mass, charge, spin but also by the moment of inertia. It is established that geometrical and field-theoretical methods allow a consistent introduction of interacting particles of that type. The main wave equation for describing the dynamics of quark-tops is proposed to be different from the Dirac equation for electrons. The charge of the Dirac equation naturally leads to the charge of Maxwell equations. It is shown that the Cornell potential expresses the Coulomb law for quark-tops. (author.). 7 refs.}
place = {JINR}
year = {1993}
month = {Dec}
}