论文标题
tachyons的一致理论，具有有趣的中微子物理学
A Consistent Theory of Tachyons with Interesting Physics for Neutrinos
论文作者
论文摘要
在特殊和一般相对论的物理学理论中严格工作，我进行了一系列研究，开发了对tachyons的一致数学描述，同时使用经典和量子框架用于颗粒和田地。在整个工作中，最重要的选择涉及到普通颗粒研究的习惯（限制在速度低于光的粒子的习惯）应保持并应更改。本文的第一部分指出了一组替代理论，其中这个问题与该作者的选择不同。在物理对称方面，结果很严重。之后，这是对这项工作中完成的内容的广泛摘要：这首先是认识到低能tachyons将通过能量量张量的空间组件创建大型引力场，并导致研究宇宙中微子背景的性质。最后，关于塔希森（Tachyons）存在的各种论点的论述。
Working strictly within the physics theories of Special and General Relativity, I have produced a series of studies developing a consistent mathematical description of tachyons, using both classical and quantum frameworks for particles and fields. The most important choices throughout this work concern the question of which habits from the study of ordinary particles (those that are restricted to velocities less than that of light) should be kept and which should be changed. The first part of this paper notes an alternative set of theories wherein that question is answered differently from the choices of this author; and the results of that are severe in terms of physical symmetry. Following that is a broad summary of what has been accomplished in this work: this starts with the recognition that low energy tachyons will create large gravitational fields through the space-components of the energy-momentum tensor and leads to studying properties of the cosmic neutrino background. Lastly there is a discourse on the various arguments that have been given against the very possibility for tachyons to exist.
