本文翻译自《Gauge Theories in Particle Physics》第一章,目的在于简要了解标准模型的建立.1.1 标准模型简介粒子物理学的传统目的一直是辨别什么是看似无结构的物质单元,并理解作用于它们之间的力的本质;所有…
每日一句 The standard model of particle physics, one of the most powerful theories in science, describes a suite of fundamental particles and the forces through which they interact, but it fails t...
According to the Standard Model of elementary particles, there exist three types of elementary particles, i.e., the leptons (which include the electron, the muon, the tau and the three corresponding neutrinos, ν e , νμ , ντ ), the quarks, which are the constituents of hadrons, and...
Fundamental Particles(The Standard Model)Nathan BrownJune 2007Part IFundamental Particle – The MeaningPart IIThe organization ..
The Standard Model of physics is the theory of particles, fields and the fundamental forces that govern them. It tells us about how families of elementary particles group together to form larger composite particles, and how one particle can interact with another, and how particles respond to th...
The standard model of particle physics has been described as "the theory of almost everything". It concerns three of the four fundamental forces of nature and uses quantum mechanics to describe the ways that these forces affect subatomic particles. Building on earlier models of the atom, from ...
MissMJ. The standard model of elementary particles, 2006. [Online; accessed 07-August-2012].Wikipedia Collaboration, "Standard Model of Elementary Particles". http://en.wikipedia.org/wiki/File: Standard_Model_of_Elementary_Particles.svg accessed on 09/22/2013....
The Standard Model of Particle Physics Particle physics has evolved a coherent model that characterizes forces and particles at the most elementary level. This Standard Model, built from many theoretical and experimental studies, is in excellent accor...更多>>Particle physics has evolved a coherent ...
Physics beyond the Standard Model refers to the search for a new framework that extends the Standard Model of particle physics, in order to explain phenomena that cannot be accounted for by the current model. It involves exploring new particles, forces, and interactions that could provide answers...
Experimental evidence to date seems to suggest that the constituents which make up all matter, and particles responsible for known forces in the universe, are now fully understood within the framework of the so-called standard model. This model was invented by Glashow, Weinberg, and Salam in the...