Titlebook: Magnetic Monopoles; Richard A. Carrigan,W. Peter Trower Book 1983 Springer Science+Business Media New York 1983 astrophysics.cosmic ray.co

可互換

Testing Guts: Where do Monopoles Fit?theory exposed to you.. My brief is now to enter the belly of the beast and discuss whether grand unified monopoles. (GUMs) should be regarded as a minor appendix to GUTs. We will indeed find that GUMs could provide crucial tests of GUTs, particularly through their possible propensity. to eat matter

Mammal

亞當(dāng)心理陰影

Reducing the Monopole Abundanceny magnetic monopoles would have been produced in the very early history of the universe.. In this talk I will discuss two possible mechanisms which might suppress monopole production. The first is the idea of a high temperature superconductor, as proposed by Langacker and Pi.. The second is the inf

Euthyroid

致命

飛來(lái)飛去真休

Monopoles and Astrophysicsonopole is. It is a topologically-stable, classical configuration of gauge and Higgs fields which is present in the low-energy theory when a semisimple group G breaks down to a group G’ which contains a U(1) factor.. The long-range fields of this configuration are those of a magnetic monopole with m

跟隨

Monopoles and the Galactic Magnetic Fieldfestation of a general galactic field. Radioastronomy has provided several other lines of evidence. These include observation of synchrotron radiation, of Faraday rotation of radiation from extragalactic sources, a few observations of Zeeman “splitting” in the 21 cm hyperfine line of H, and the meas

防御

The Plasma Physics of Magnetic Monopoles in the Galaxytriguing is the idea that the Galaxy may possess a magnetic monopole halo sufficiently massive to stabilize the Galactic disk against bar-mode deformations.. Typical parameters for such a stabilizing halo are given in Table 1. The local monopole flux, n.v. from a Galactic monopole halo would lead to

使殘廢

Monopolonium the laboratory or may have been formed naturally in the Universe at large. Such objects are purely classical and have an interesting physical evolution in time, dependent upon their masses, their initial radii and their core structure.. For GUT monopoles with masses of the order of 10 GeV, the life

陪審團(tuán)

Status of Stanford Superconductive Monopole Detectorsfor these elusive particles. More recently, grand unification theories have been shown to predict the existence of stable supermassive magnetically charged particles possessing the Dirac unit of magnetic charge. These particles would be nonrelativistic, weakly ionizing, and extremely penetrating; an