Compact Binary Coalescence Sensitivity Estimates with Injection Campaigns during the LIGO-Virgo-KAGRA Collaborations' Fourth Observing Run

Reed Essick; Michael W. Coughlin; Michael Zevin; Deep Chatterjee; Teagan A. Clarke; Storm Colloms; Utkarsh Mali; Simona Miller; Nathan Steinle; Pratyusava Baral; Amanda C. Baylor; Gareth Cabourn Davies; Thomas Dent; Prathamesh Joshi; Praveen Kumar; Cody Messick; Tanmaya Mishra; Amazigh Ouzriat; Khun Sang Phukon; Lorenzo Piccari; Marion Pillas; Max Trevor; Thomas A. Callister; Maya Fishbach

arXiv · 2508.10638

Compact Binary Coalescence Sensitivity Estimates with Injection Campaigns during the LIGO-Virgo-KAGRA Collaborations' Fourth Observing Run

View original source ↗Read source document ↗Export metadata ↓

Abstract

We describe the effort to characterize gravitational-wave searches and detector sensitivity to different types of compact binary coalescences during the LIGO-Virgo-KAGRA Collaborations' fourth observing run. We discuss the design requirements and example use cases for this data product, constructed from $> 4.33\times10^8$ injections during O4a alone. We also identify subtle effects with high confidence, like diurnal duty cycles within detectors. This paper accompanies a public data release of the curated injection set, and the appendixes give detailed examples of how to use the publicly available data.

Explore related subjects

gr-qc

Keep this discovery

Explore connections, maps & timelines

BibTeX RIS

Reed Essick, Michael W. Coughlin, Michael Zevin, Deep Chatterjee, Teagan A. Clarke, Storm Colloms, Utkarsh Mali, Simona Miller, Nathan Steinle, Pratyusava Baral, Amanda C. Baylor, Gareth Cabourn Davies, Thomas Dent, Prathamesh Joshi, Praveen Kumar, Cody Messick, Tanmaya Mishra, Amazigh Ouzriat, Khun Sang Phukon, Lorenzo Piccari, Marion Pillas, Max Trevor, Thomas A. Callister, Maya Fishbach. 2025-11-11. Compact Binary Coalescence Sensitivity Estimates with Injection Campaigns during the LIGO-Virgo-KAGRA Collaborations' Fourth Observing Run. https://arxiv.org/abs/2508.10638

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related papers

arXiv2026

An upper bound on the minimum orbital period of black holes

Previous research has focused on establishing lower bounds on the minimum orbital period of black holes. In this work, we explore the complementary question of whether an upper bound exists for the minimum orbital period of black holes. We investigate the minimum orbital periods of three types of black holes: Schwarzschild, Reissner-Nordström and Kerr-Newman black holes. We find that the minimum orbital period of these black holes is bounded by an upper limit $T_{min} \leqslant 6\sqrt{3}πM$, where $M$ is the black hole mass. Our results suggest that this upper bound on the minimum orbital period may be a general property in black hole spacetimes.

gr-qc↗

arXiv2026

Bounds on the minimum orbital period in the background of 5-dimensional charged black holes

In this paper, we study the upper and lower bounds on the minimum orbital period of 5-dimensional charged black holes. Our results indicate that the upper bound of the minimum orbital period corresponds to non-charged black holes, while the lower bound is achieved in the case of maximally charged black holes. We further establish precise analytical expressions for the upper and lower bounds of the minimum orbital period. Our findings provide valuable insights into 5-dimensional charged black holes and help constrain theoretical gravity models.

gr-qc↗

arXiv2026

Analysis of minimum orbital periods around d-dimensional charged black holes

This paper investigates the bounds on the minimum orbital period for test objects around d-dimensional charged black holes in asymptotically flat spacetimes. We derive the exact critical radius and the minimum orbital period. We then prove analytically that the minimum orbital period decreases strictly as the charge of the black hole increases. Thus, the upper limit is reached for an uncharged black hole, while the lower limit is attained for a maximally charged one, and the two bounds take the closed form $\frac{2π(d-2)}{d-3}[(d-2)M]^{\frac{1}{d-3}}\leqslant T_{min} \leqslant 2π\sqrt{\frac{d-1}{d-3}}\,[(d-1)M]^{\frac{1}{d-3}}$. Since the minimum period equals $2π$ times the shadow radius, the upper bound is equivalently a universal upper bound on the shadow radius. These results improve our understanding of dynamics around d-dimensional black holes and impose constraints on candidate gravity theories.

gr-qc↗