Titlebook: Gauge Interactions; Theory and Experimen Antonino Zichichi Book 1984 Springer Science+Business Media New York 1984 Lepton.development.exper

URN

Facet-Joints

浓缩

Gauge Fields (Lecture 2)erty of the U(1) gauge field, (i.e. electromagnetism). Many experimental searches for the monopole have been made, and up to this year, the result. has been negative. Recently, however, Cabrera. reported an event which he interpreted as possibly due to the passage of a magnetic monopole of the Dirac magnetic charge . .

CHART

Testing QCD in Hadronic Processesse of calculational difficulties, these tests are qualitative rather than quantitative, but they are impressive for their variety.. For both experimental and theoretical reasons, most of them concern processes that involve leptons in either the initial or the final state, but my brief at this School is to discuss purely hadronic reactions.

CURL

步履蹒跚

字谜游戏

GULF

fidelity

https://doi.org/10.1007/978-3-642-91705-9I will describe supersymmetric Yang-Mills theories for particle interactions coupled to N = 1 supergravity. I will give the most general Lagrangian which fulfils the requirement of local supersymmetry and the Higgs and superHiggs effects will be studied, the latter being responsible for the gravitino mass generation.

抛射物

https://doi.org/10.1007/978-3-8349-6026-9In a pure Yang-Mills theory. where SU(3). has local gauge symmetry, all hadrons would be glueballs. (i.e., multi-gluon resonances). This is due to the self-coupling of the gluons which becomes stronger with decreasing energy and color confinement.