复八元数空间中暗物质场的一些性质
Some properties of dark matter field in the complex octonion space
摘要：
本文将复八元数空间中的电磁伴随场视为暗物质场，描述了暗物质的一些性质，特别是暗物质的起源、粒子类别、存在区域和力等。自从J. C。麦克斯韦用四元数代数来描述电磁场理论，有些学者用复四元数和复八元数来研究电磁场和引力场的物理性质。本文利用八元数算符发现，引力场伴随一个伴随场，其性质与电磁场的性质部分相似。电磁场伴随着另一个伴随场，其性质与引力场的性质部分相似。因此，电磁伴随场可以作为暗物质场的候选场之一。根据电磁伴随场，可以预测暗物质的粒子种类、相互作用强度、相互作用距离、存在区域等性质。研究表明，引力强度和引力作用对暗物质粒子和引力源都有影响。暗物质场能够对引力场的角动量、力矩、能量、力等物理量作出贡献，在中性星、白矮星、星系核、黑洞、天体物理喷流等具有超强场强的区域，可能有较多的机会发现暗物质。
英文摘要：
The paper aims to consider the electromagnetic adjoint-field in the complex octonion space as the dark matter field, describing some properties of dark matter, especially the origin, particle category, existence region, and force and so forth. Since J. C. Maxwell applied the algebra of quaternions to depict the electromagnetic theory, some scholars adopt the complex quaternion and octonion to study the physics property of electromagnetic and gravitational fields. In the paper, by means of the octonion operator, it is found that the gravitational field accompanies with one adjoint-field, which property is partly similar to that of electromagnetic field. And the electromagnetic field accompanies with another adjoint-field, which feature is partly similar to that of gravitational field. As a result the electromagnetic adjoint-field is able to be chosen as one candidate of the dark matter field. According to the electromagnetic adjoint-field, it is able to predict a few properties of dark matter, for instance, the particle category, interaction intensity, interaction distance, and existence region and so forth. The study reveals that the dark matter particle and gravitational resource both will be influenced by the gravitational strength and force. The dark matter field is capable of making a contribution to physics quantities of gravitational field, including the angular momentum, torque, energy, and force and so on. Further there may be comparatively more chances to discover the dark matter in some regions with the ultrastrong field strength, surrounding the neutral star, white dwarf, galactic nucleus, black hole, and astrophysical jet and so on.
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。
