论文标题
LAMBDA-NUCLEON和SIGMA-NUCLEON电位来自时空相关函数
Lambda-Nucleon and Sigma-Nucleon potentials from space-time correlation function on the lattice
论文作者
论文摘要
与陌生性$ s = -1 $区域的超核互动相互作用很复杂且难以调查，因为它的风味部门涉及所有不可减至的表示，除了风味单线，并且在陌生区域之间具有最差的信噪比。为了克服此类困难，本报告的内容是双重的：（i）我们提出了扩展有效的Baryon块算法的实现。 （ii）我们在几乎物理夸克质量上对$λn$系统进行单通道分析，对应于$（m_π，m_k）\大约（146,525）$ 〜MEV和大容量$（la）^4 =（96aa）^4 \ $（96a）^4 $（8.1 fm）$（146,525）$（146,525）$（146,525）$（146,525）$（146,525）$（146,525）$（146,525）$^4 $^4 $^4 $^4 $^4 $^4 $^4.提出了$λn$系统的散射相移。
The hyperon-nucleon interaction with the strangeness $S=-1$ region is complicated and difficult to investigate because its flavor sector involves all the irreducible representation except the flavor singlet and has the worst signal-to-noise ratio among the strangeness regions. In order to overcome such difficulties the content of this report is twofold: (i) We present an implementation of extended effective baryon block algorithm. This is a straightforward extension of the original which was reported in LATTICE 2013. (ii) We perform single channel analysis for the $ΛN$ system at nearly physical quark masses corresponding to $(m_π,m_K)\approx(146,525)$~MeV and large volume $(La)^4=(96a)^4\approx$ (8.1 fm)$^4$. Scattering phase shifts for $ΛN$ system are presented.
