论文标题
旋转二元灵感的有限尺寸效应的重力波信号，包括违反奇偶校验的成分
Gravitational Wave Signals from Finite Size Effects in Spinning Binary Inspirals Including Parity Violating Constituents
论文作者
论文摘要
我们概括了世界线的形式主义，以说明违反有限尺寸影响的平等性。为了保护奇偶校验的部门的二元灵感的潜力和辐射力矩提供了结果，并与先前的计算一起发现了一致。此外，我们在该领域产生了新的结果，计算有限尺寸的引力效应引起的当前四极矩。我们还提出了违反奇偶校验来源的新型结果，这可能是由于超出标准模型物理学的范围，并表明它们产生的GW信号具有独特的签名，该签名与PN扩展中的质量符号相对于较早的序列较早的0.5pn顺序。违规均等也引起了一种新型的潜力，该电位与$ \ textbf {s} \ cdot \ textbf {r} $成比例。最后，我们提出了违反奇偶校验成分的耗散力的新结果，这导致了正常的轨道力的奇怪签名。
We generalize the world line EFT formalism to account for parity violating finite size effects. Results are presented for potentials and radiating moments of a binary inspiral for the parity conserving sector, and agreement is found with, previous calculations. Furthermore, we generate new results in this sector, calculating the current quadrupole moment induced by finite size gravitomagnetic effects. We also present novel results for parity violating sources, which might be due to beyond standard model physics, and show that they generate GW signals with the unique signature that the current-moment appears at 0.5PN order earlier relative to the mass-moment in the PN expansion. Parity violation also induces a new type of potential, which is proportional to the $\textbf{S}\cdot \textbf{r}$. Finally, we present new results for the dissipative force for parity violating constituents, which leads to the curious signature of a force normal to the orbit.
