类星体的非多普勒红移和红移
Non-Doppler Redshift and Redshifts of QSOs
摘要：
类星体是宇宙中最明亮、最遥远的天体。这些概念是基于类星体的红移服从哈勃低的假设。这一假说在今天几乎没有什么竞争对手，但在用它来确定类星体的距离时遇到了一些困难。然而，类星体的大部分红移都可以用Zheng（2013）提出的软光子过程来解释，那么类星体的位置就不像根据哈勃低理论计算的那样。因此，类星体的距离可以被缩小到一个合理的范围，而类星体所遇到的困难也就消失了。
英文摘要：
Quasars have reigned as the most luminous and distant objects in the Universe. These concepts were based on the hypothesis that the redshifts of quasars are obeying the Hubble low. This hypothesis has little serious competition today, but has met some difficulties when using it to determine the distances of quasars. However, the majority of the redshifts of quasars can be explained by the soft photon process proposed by Zheng (2013), then quasars are not located at the distances as that calculated from observed redshifts according to the Hubble low. Therefore distances of quasars can be reduced to a reasonable range, and the difficulties have met by quasars disappeared.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
