STUDY ON ABELIAN DOMINANCE OF INTERQUARK POTENTIAL IN SU (3) LATTICE QCD USING SIMULATION TECHNIQUES 

C. Kandpal, Sukhwinder Singh, D. Mishra
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Abstract

It is assumed that no free quark to be found in nature. This is known as the confinement problem, is an issue which has no analytic proof till yet. But lattice QCD Monte Carlo simulations have shown that for large distances the quark antiquark potential varies linearly with interquark distance and controlled by the string tension. In the present work we have revisited the study of interquark potentials and Abelianization of QCD in Maximally Abelian gauge in context of dual superconducting picture. We have also observed the perfect Abelian dominance of the string tension for various spatial size lattices.
用模拟技术研究su(3)晶格QCD中夸克间势的阿贝尔优势
人们假定自然界中找不到自由夸克。这被称为约束问题,是一个至今还没有解析证明的问题。但晶格QCD蒙特卡罗模拟表明,在大距离下,夸克反夸克势随夸克间距离线性变化,并受弦张力控制。本文在双超导图像的背景下,重新研究了极大阿贝尔规范中QCD的夸克间势和阿贝尔化。我们还观察到不同空间尺寸晶格的弦张力具有完美的阿贝尔优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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