PPT-Use of the Bayes Factor to Improve the Detection of Binary Black Hole Systems

Avi Vajpeyi Rory Smith Jonah Kanner LIGO SURF 16 Summary Introduction Detection Statistic Bayesian Statistics Selecting Background Events Bayes Factor Results Drawbacks Bayes Coherence Ratio. Thermodynamics with Lambda: Some Consequences. L. David . Kubiz. ňák. (Perimeter Institute). . Lambda and Quasi-Lambda workshop. University of Massachusetts, Amherst, MA, USA. April 10 – April 12, 2014. black hole . binaries with CRTS. Matthew J. Graham. Center for Data-Driven Discovery, Caltech. and NOAO. May . 12. , . 2015. Hotwiring The Transient Universe IV. 2. Our future. 3. The physics of a SMBH binary merger. Gamma ray bursts (GRB) are an especially exciting outflow phenomena that are capable of outputting as much energy as our sun will. Christopher C. . Lindner. 1. Abstract. Relativistic Jets are streams of plasma moving throughout the universe at speeds up to 99% the speed of light. They produce high-energy X-ray, radio, and visible radiation that are observable from great distances across the universe. Soliton. Collisions. Frans. Pretorius. Princeton University. . Workshop on. Tests of Gravity and Gravitational Physics. May 19-21, 2009. Case Western Reserve University, Cleveland, Ohio. Outline. Why explore high speed black . . The Obvious Question. Once matter enters a black hole, is it fated never to reappear? . The answer seemed obvious – a clear . “. yes. ”. . – until about . forty . years . ago.. Oops!. Apparently not! . Yi-Hsieh Wang, Ted Jacobson, Mark Edwards, and Charles W. Clark. arXiv:1705.01907 . Black hole explosions?. Experimental black-hole evaporation?. Black hole lasers. Implementation in Bose-Einstein condensates. Syed. Ali . Raza. General Relativity Project. Overview. Kerr Metric for rotating Black holes. Kerr Metric for extreme angular momentum. Static Limit and the . ergosphere. Radial and Tangential motion of light. Ted Jacobson. University of Maryland. Gravity and Black Holes, Cambridge, July 4, 2017 . Wheeler to . Bekenstein. (1971):. “If I drop a teacup into a black hole, . I conceal from all the world the. June 12, 2017. Benjamin Skikos. Outline. Information & Square Root Filters. Square Root SAM. Batch Approach. Variable ordering and structure of SLAM. Incremental Approach 1. Bayes Tree. Incremental Approach 2. Using . BH-NS Binary Systems. John . Simonetti. Physics Department, Virginia Tech. Physics, VT. Djordje. . Minic. Vipin. . Vijayan. ECE, VT. Umair. . Surani. Physics, . LIU. Mike . Kavic. …the Plan…. L. David . Kubiz. ňák. (Perimeter Institute). . Lambda and Quasi-Lambda workshop. University of Massachusetts, Amherst, MA, USA. April 10 – April 12, 2014. Plan of the talk. Black holes as thermodynamic objects . A. xion . S. uperradian. T. instabilities. BLASTs. João G. Rosa. Aveiro University. w. ith. . Tom . Kephart. . (Vanderbilt University). Phys.. Rev. . Lett. . . 120,. 231102 (2018) (. Editors’ Suggestion. Bayes nets encode joint distributions as product of conditional distributions on each variable:. P. (. X. 1. ,..,X. n. ) = . . i. . P. (. X. i. . | . Parents. (. X. i. )). P(B). true. false. 0.001. Bayes Net Syntax. A set of nodes, one per variable . X. i. A directed, acyclic graph. A conditional distribution for each node given its . parent variables. . in the graph. CPT. (conditional probability table); each row is a distribution for child given values of its parents.