论文标题
通过风味不变，将SeeSAW有效的现场理论连接到完整理论
Connecting Seesaw Effective Field Theory to Full Theory via Flavor Invariants
论文作者
论文摘要
规范的Seesaw模型是最简单，最自然的场景之一，可以同时考虑我们宇宙中中微子群众和物质抗逆境的不对称性。在Seesaw量表之下，可以整合建造SeeSAW有效田地理论（SEFT）的重度自由度。在这次演讲中，我们从全新的角度：不变理论研究了完整的Seesaw模型与低能Seft之间的联系。使用Hilbert系列的强大工具，我们证明了Seft的风味空间与其紫外线理论的风味空间之间的紧密关系。通过风味不变的匹配，据揭示了在低能量下seft中尺寸五和六六杆操作员的精确测量功能足以探测完整的透视模型，包括成功的瘦肉生成所需的CP违反。
The canonical seesaw models are one of the simplest and most natural scenarios that can account simultaneously for neutrino masses and matter-antimatter asymmetry in our universe. Below the seesaw scale, one can integrate out the heavy degrees of freedom to construct the seesaw effective field theory (SEFT). In this talk, we investigate the connection between the full seesaw model and the low-energy SEFT from a brand-new perspective: the invariant theory. Using the powerful tool of Hilbert series, we demonstrate the intimate relation between the flavor space of the SEFT and that of its ultraviolet theory. Through the matching of flavor invariants, it is revealed that the precise measurements of dimension-five and dimension-six operators in the SEFT at low energies are powerful enough to probe the full seesaw model, including CP violation necessary for successful leptogenesis.
