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Detection of disk-jet co-precession in a tidal disruption event

Fuente: arXiv

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Hauptverfasser:	Wang, Yanan, Lin, Zikun, Wu, Linhui, Lei, Weihua, Wei, Shuyuan, Zhang, Shuang-Nan, Ji, Long, del Palacio, Santiago, Baldi, Ranieri D., Huang, Yang, Liu, Jifeng, Zhang, Bing, Yang, Aiyuan, Chen, Rurong, Zhang, Yangwei, Wang, Ailing, Yang, Lei, Charalampopoulos, Panos, Williams-Baldwin, David R. A., Yao, Zhu-Heng, Xie, Fu-Guo, Bu, Defu, Feng, Hua, Cao, Xinwu, Wu, Hongzhou, Li, Wenxiong, Qiao, Erlin, Leloudas, Giorgos, Anderson, Joseph P, Shu, Xinwen, Pasham, Dheeraj R., Zou, Hu, Nicholl, Matt, Wevers, Thomas, Muller-Bravo, Tomas E., Wang, Jing, Wei, Jianyan, Qiu, Yu-Lei, Guo, Weijian, Gutierrez, Claudia P., Gromadzki, Mariusz, Inserra, Cosimo, Makrygianni, Lydia, Onori, Francesca, Petrushevska, Tanja, Altamirano, Diego, Galbany, Lluis, Perez-Torres, Miguel, Chen, Ting-Wan
Format:	Preprint
Veröffentlicht:	2025
Schlagworte:	High Energy Astrophysical Phenomena
Online-Zugang:	Acceder al recurso
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_version_	1866911344462135296
author	Wang, Yanan Lin, Zikun Wu, Linhui Lei, Weihua Wei, Shuyuan Zhang, Shuang-Nan Ji, Long del Palacio, Santiago Baldi, Ranieri D. Huang, Yang Liu, Jifeng Zhang, Bing Yang, Aiyuan Chen, Rurong Zhang, Yangwei Wang, Ailing Yang, Lei Charalampopoulos, Panos Williams-Baldwin, David R. A. Yao, Zhu-Heng Xie, Fu-Guo Bu, Defu Feng, Hua Cao, Xinwu Wu, Hongzhou Li, Wenxiong Qiao, Erlin Leloudas, Giorgos Anderson, Joseph P Shu, Xinwen Pasham, Dheeraj R. Zou, Hu Nicholl, Matt Wevers, Thomas Muller-Bravo, Tomas E. Wang, Jing Wei, Jianyan Qiu, Yu-Lei Guo, Weijian Gutierrez, Claudia P. Gromadzki, Mariusz Inserra, Cosimo Makrygianni, Lydia Onori, Francesca Petrushevska, Tanja Altamirano, Diego Galbany, Lluis Perez-Torres, Miguel Chen, Ting-Wan
author_facet	Wang, Yanan Lin, Zikun Wu, Linhui Lei, Weihua Wei, Shuyuan Zhang, Shuang-Nan Ji, Long del Palacio, Santiago Baldi, Ranieri D. Huang, Yang Liu, Jifeng Zhang, Bing Yang, Aiyuan Chen, Rurong Zhang, Yangwei Wang, Ailing Yang, Lei Charalampopoulos, Panos Williams-Baldwin, David R. A. Yao, Zhu-Heng Xie, Fu-Guo Bu, Defu Feng, Hua Cao, Xinwu Wu, Hongzhou Li, Wenxiong Qiao, Erlin Leloudas, Giorgos Anderson, Joseph P Shu, Xinwen Pasham, Dheeraj R. Zou, Hu Nicholl, Matt Wevers, Thomas Muller-Bravo, Tomas E. Wang, Jing Wei, Jianyan Qiu, Yu-Lei Guo, Weijian Gutierrez, Claudia P. Gromadzki, Mariusz Inserra, Cosimo Makrygianni, Lydia Onori, Francesca Petrushevska, Tanja Altamirano, Diego Galbany, Lluis Perez-Torres, Miguel Chen, Ting-Wan
contents	Theories and simulations predict that intense spacetime curvature near black holes bends the trajectories of light and matter, driving disk and jet precession under relativistic torques. However, direct observational evidence of disk-jet co-precession remains elusive. Here, we report the most compelling case to date: a tidal disruption event (TDE) exhibiting unprecedented 19.6-day quasi-periodic variations in both X-rays and radio, with X-ray amplitudes exceeding an order of magnitude. The nearly synchronized X-ray and radio variations suggest a shared mechanism regulating the emission regions. We demonstrate that a disk-jet Lense-Thirring precession model successfully reproduces these variations while requiring a low-spin black hole. This study uncovers previously uncharted short-term radio variability in TDEs, highlights the transformative potential of high-cadence radio monitoring, and offers profound insights into disk-jet physics.
format	Preprint
id	arxiv_https___arxiv_org_abs_2511_12477
institution	arXiv
publishDate	2025
record_format	arxiv
spellingShingle	Detection of disk-jet co-precession in a tidal disruption event Wang, Yanan Lin, Zikun Wu, Linhui Lei, Weihua Wei, Shuyuan Zhang, Shuang-Nan Ji, Long del Palacio, Santiago Baldi, Ranieri D. Huang, Yang Liu, Jifeng Zhang, Bing Yang, Aiyuan Chen, Rurong Zhang, Yangwei Wang, Ailing Yang, Lei Charalampopoulos, Panos Williams-Baldwin, David R. A. Yao, Zhu-Heng Xie, Fu-Guo Bu, Defu Feng, Hua Cao, Xinwu Wu, Hongzhou Li, Wenxiong Qiao, Erlin Leloudas, Giorgos Anderson, Joseph P Shu, Xinwen Pasham, Dheeraj R. Zou, Hu Nicholl, Matt Wevers, Thomas Muller-Bravo, Tomas E. Wang, Jing Wei, Jianyan Qiu, Yu-Lei Guo, Weijian Gutierrez, Claudia P. Gromadzki, Mariusz Inserra, Cosimo Makrygianni, Lydia Onori, Francesca Petrushevska, Tanja Altamirano, Diego Galbany, Lluis Perez-Torres, Miguel Chen, Ting-Wan High Energy Astrophysical Phenomena Theories and simulations predict that intense spacetime curvature near black holes bends the trajectories of light and matter, driving disk and jet precession under relativistic torques. However, direct observational evidence of disk-jet co-precession remains elusive. Here, we report the most compelling case to date: a tidal disruption event (TDE) exhibiting unprecedented 19.6-day quasi-periodic variations in both X-rays and radio, with X-ray amplitudes exceeding an order of magnitude. The nearly synchronized X-ray and radio variations suggest a shared mechanism regulating the emission regions. We demonstrate that a disk-jet Lense-Thirring precession model successfully reproduces these variations while requiring a low-spin black hole. This study uncovers previously uncharted short-term radio variability in TDEs, highlights the transformative potential of high-cadence radio monitoring, and offers profound insights into disk-jet physics.
title	Detection of disk-jet co-precession in a tidal disruption event
topic	High Energy Astrophysical Phenomena
url	https://arxiv.org/abs/2511.12477