Literature DB >> 29038373

Illuminating gravitational waves: A concordant picture of photons from a neutron star merger.

M M Kasliwal1, E Nakar2, L P Singer3,4, D L Kaplan5, D O Cook6, A Van Sistine5, R M Lau6, C Fremling6, O Gottlieb2, J E Jencson6, S M Adams6, U Feindt7, K Hotokezaka8,9, S Ghosh5, D A Perley10, P-C Yu11, T Piran12, J R Allison13,14, G C Anupama15, A Balasubramanian16, K W Bannister17, J Bally18, J Barnes19, S Barway20, E Bellm21, V Bhalerao22, D Bhattacharya23, N Blagorodnova6, J S Bloom24,25, P R Brady5, C Cannella6, D Chatterjee5, S B Cenko3,4, B E Cobb26, C Copperwheat10, A Corsi27, K De6, D Dobie13,28,17, S W K Emery29, P A Evans30, O D Fox31, D A Frail32, C Frohmaier33,34, A Goobar7, G Hallinan6, F Harrison6, G Helou35, T Hinderer36, A Y Q Ho6, A Horesh12, W-H Ip9, R Itoh37, D Kasen24,38, H Kim39, N P M Kuin29, T Kupfer6, C Lynch13,28, K Madsen6, P A Mazzali10,40, A A Miller41,42, K Mooley43, T Murphy13,28, C-C Ngeow11, D Nichols36, S Nissanke36, P Nugent24,25, E O Ofek44, H Qi5, R M Quimby45,46, S Rosswog47, F Rusu48, E M Sadler13,28, P Schmidt36, J Sollerman47, I Steele10, A R Williamson36, Y Xu6, L Yan6,35, Y Yatsu37, C Zhang5, W Zhao48.   

Abstract

Merging neutron stars offer an excellent laboratory for simultaneously studying strong-field gravity and matter in extreme environments. We establish the physical association of an electromagnetic counterpart (EM170817) with gravitational waves (GW170817) detected from merging neutron stars. By synthesizing a panchromatic data set, we demonstrate that merging neutron stars are a long-sought production site forging heavy elements by r-process nucleosynthesis. The weak gamma rays seen in EM170817 are dissimilar to classical short gamma-ray bursts with ultrarelativistic jets. Instead, we suggest that breakout of a wide-angle, mildly relativistic cocoon engulfing the jet explains the low-luminosity gamma rays, the high-luminosity ultraviolet-optical-infrared, and the delayed radio and x-ray emission. We posit that all neutron star mergers may lead to a wide-angle cocoon breakout, sometimes accompanied by a successful jet and sometimes by a choked jet.
Copyright © 2017, American Association for the Advancement of Science.

Entities:  

Year:  2017        PMID： 29038373     DOI： 10.1126/science.aap9455

Source DB:  PubMed          Journal:  Science        ISSN： 0036-8075            Impact factor:   47.728


  12 in total

1.  Core Concept: Multimessenger astronomy probes deep-space events with an arsenal of lenses.

Authors:  Stephen Ornes
Journal:  Proc Natl Acad Sci U S A       Date:  2019-02-26       Impact factor: 11.205

2.  GW170817, general relativistic magnetohydrodynamic simulations, and the neutron star maximum mass.

Authors:  Milton Ruiz; Stuart L Shapiro; Antonios Tsokaros
Journal:  Phys Rev D       Date:  2018-01-11       Impact factor: 5.296

3.  Spectroscopic identification of r-process nucleosynthesis in a double neutron-star merger.

Authors:  E Pian; P D'Avanzo; S Benetti; M Branchesi; E Brocato; S Campana; E Cappellaro; S Covino; V D'Elia; J P U Fynbo; F Getman; G Ghirlanda; G Ghisellini; A Grado; G Greco; J Hjorth; C Kouveliotou; A Levan; L Limatola; D Malesani; P A Mazzali; A Melandri; P Møller; L Nicastro; E Palazzi; S Piranomonte; A Rossi; O S Salafia; J Selsing; G Stratta; M Tanaka; N R Tanvir; L Tomasella; D Watson; S Yang; L Amati; L A Antonelli; S Ascenzi; M G Bernardini; M Boër; F Bufano; A Bulgarelli; M Capaccioli; P Casella; A J Castro-Tirado; E Chassande-Mottin; R Ciolfi; C M Copperwheat; M Dadina; G De Cesare; A Di Paola; Y Z Fan; B Gendre; G Giuffrida; A Giunta; L K Hunt; G L Israel; Z-P Jin; M M Kasliwal; S Klose; M Lisi; F Longo; E Maiorano; M Mapelli; N Masetti; L Nava; B Patricelli; D Perley; A Pescalli; T Piran; A Possenti; L Pulone; M Razzano; R Salvaterra; P Schipani; M Spera; A Stamerra; L Stella; G Tagliaferri; V Testa; E Troja; M Turatto; S D Vergani; D Vergani
Journal:  Nature       Date:  2017-10-16       Impact factor: 49.962

4.  A mildly relativistic wide-angle outflow in the neutron-star merger event GW170817.

Authors:  K P Mooley; E Nakar; K Hotokezaka; G Hallinan; A Corsi; D A Frail; A Horesh; T Murphy; E Lenc; D L Kaplan; K De; D Dobie; P Chandra; A Deller; O Gottlieb; M M Kasliwal; S R Kulkarni; S T Myers; S Nissanke; T Piran; C Lynch; V Bhalerao; S Bourke; K W Bannister; L P Singer
Journal:  Nature       Date:  2017-11-20       Impact factor: 49.962

5.  Gravitational waves from neutron stars and asteroseismology.

Authors:  Wynn C G Ho
Journal:  Philos Trans A Math Phys Eng Sci       Date:  2018-05-28       Impact factor: 4.226

6.  A chirp, a roar and a whisper.

Authors:  Ralph Wijers
Journal:  Nature       Date:  2018-02       Impact factor: 49.962

7.  Origin of the heavy elements in binary neutron-star mergers from a gravitational-wave event.

Authors:  Daniel Kasen; Brian Metzger; Jennifer Barnes; Eliot Quataert; Enrico Ramirez-Ruiz
Journal:  Nature       Date:  2017-10-16       Impact factor: 49.962

8.  Comparative Study of Elabela and Apelin on Apelin Receptor Activation Through β-Arrestin Recruitment.

Authors:  Hong Zhang; Juan Chen; Min Shi; Feng Xu; Xiangcheng Zhang; Da-Wei Gong
Journal:  Mol Biotechnol       Date:  2022-08-12       Impact factor: 2.860

Review 9.  Kilonovae.

Authors:  Brian D Metzger
Journal:  Living Rev Relativ       Date:  2019-12-16       Impact factor: 40.429

Review 10.  Prospects for observing and localizing gravitational-wave transients with Advanced LIGO, Advanced Virgo and KAGRA.

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P Gruning; G M Guidi; H K Gulati; Y Guo; A Gupta; M K Gupta; E K Gustafson; R Gustafson; L Haegel; A Hagiwara; S Haino; O Halim; B R Hall; E D Hall; E Z Hamilton; G Hammond; M Haney; M M Hanke; J Hanks; C Hanna; M D Hannam; O A Hannuksela; J Hanson; T Hardwick; K Haris; J Harms; G M Harry; I W Harry; K Hasegawa; C-J Haster; K Haughian; H Hayakawa; K Hayama; F J Hayes; J Healy; A Heidmann; M C Heintze; H Heitmann; P Hello; G Hemming; M Hendry; I S Heng; J Hennig; A W Heptonstall; M Heurs; S Hild; Y Himemoto; T Hinderer; Y Hiranuma; N Hirata; E Hirose; D Hoak; S Hochheim; D Hofman; A M Holgado; N A Holland; K Holt; D E Holz; Z Hong; P Hopkins; C Horst; J Hough; E J Howell; C G Hoy; A Hreibi; B H Hsieh; G Z Huang; P W Huang; Y J Huang; E A Huerta; D Huet; B Hughey; M Hulko; S Husa; S H Huttner; T Huynh-Dinh; B Idzkowski; A Iess; B Ikenoue; S Imam; K Inayoshi; C Ingram; Y Inoue; R Inta; G Intini; K Ioka; B Irwin; H N Isa; J-M Isac; M Isi; Y Itoh; B R Iyer; K Izumi; T Jacqmin; S J Jadhav; K Jani; N N Janthalur; P Jaranowski; A C Jenkins; J Jiang; D S Johnson; A W Jones; D I Jones; R Jones; R J G Jonker; L Ju; K Jung; P Jung; J Junker; T Kajita; C V Kalaghatgi; V Kalogera; B Kamai; M Kamiizumi; N Kanda; S Kandhasamy; G W Kang; J B Kanner; S J Kapadia; S Karki; K S Karvinen; R Kashyap; M Kasprzack; S Katsanevas; E Katsavounidis; W Katzman; S Kaufer; K Kawabe; K Kawaguchi; N Kawai; T Kawasaki; N V Keerthana; F Kéfélian; D Keitel; R Kennedy; J S Key; F Y Khalili; H Khan; I Khan; S Khan; Z Khan; E A Khazanov; M Khursheed; N Kijbunchoo; Chunglee Kim; C Kim; J C Kim; J Kim; K Kim; W Kim; W S Kim; Y-M Kim; C Kimball; N Kimura; E J King; P J King; M Kinley-Hanlon; R Kirchhoff; J S Kissel; N Kita; H Kitazawa; L Kleybolte; J H Klika; S Klimenko; T D Knowles; E Knyazev; P Koch; S M Koehlenbeck; G Koekoek; Y Kojima; K Kokeyama; S Koley; K Komori; V Kondrashov; A K H Kong; A Kontos; N Koper; M Korobko; W Z Korth; K Kotake; I Kowalska; D B Kozak; C Kozakai; R Kozu; V Kringel; N Krishnendu; A Królak; 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A M Sintes; S Sitmukhambetov; V Skliris; B J J Slagmolen; T J Slaven-Blair; J R Smith; R J E Smith; S Somala; K Somiya; E J Son; B Sorazu; F Sorrentino; H Sotani; T Souradeep; E Sowell; A P Spencer; A K Srivastava; V Srivastava; K Staats; C Stachie; M Standke; D A Steer; M Steinke; J Steinlechner; S Steinlechner; D Steinmeyer; S P Stevenson; D Stocks; R Stone; D J Stops; K A Strain; G Stratta; S E Strigin; A Strunk; R Sturani; A L Stuver; V Sudhir; R Sugimoto; T Z Summerscales; L Sun; S Sunil; J Suresh; P J Sutton; Takamasa Suzuki; Toshikazu Suzuki; B L Swinkels; M J Szczepańczyk; M Tacca; H Tagoshi; S C Tait; H Takahashi; R Takahashi; A Takamori; S Takano; H Takeda; M Takeda; C Talbot; D Talukder; H Tanaka; Kazuyuki Tanaka; Kenta Tanaka; Taiki Tanaka; Takahiro Tanaka; S Tanioka; D B Tanner; M Tápai; E N Tapia San Martin; A Taracchini; J D Tasson; R Taylor; S Telada; F Thies; M Thomas; P Thomas; S R Thondapu; K A Thorne; E Thrane; Shubhanshu Tiwari; Srishti Tiwari; V Tiwari; K Toland; T Tomaru; Y Tomigami; T Tomura; M Tonelli; Z Tornasi; A Torres-Forné; C I Torrie; D Töyrä; F Travasso; G Traylor; M C Tringali; A Trovato; L Trozzo; R Trudeau; K W Tsang; T T L Tsang; M Tse; R Tso; K Tsubono; S Tsuchida; L Tsukada; D Tsuna; T Tsuzuki; D Tuyenbayev; N Uchikata; T Uchiyama; A Ueda; T Uehara; K Ueno; G Ueshima; D Ugolini; C S Unnikrishnan; F Uraguchi; A L Urban; T Ushiba; S A Usman; H Vahlbruch; G Vajente; G Valdes; N van Bakel; M van Beuzekom; J F J van den Brand; C Van Den Broeck; D C Vander-Hyde; L van der Schaaf; J V van Heijningen; M H P M van Putten; A A van Veggel; M Vardaro; V Varma; S Vass; M Vasúth; A Vecchio; G Vedovato; J Veitch; P J Veitch; K Venkateswara; G Venugopalan; D Verkindt; F Vetrano; A Viceré; A D Viets; D J Vine; J-Y Vinet; S Vitale; Francisco Hernandez Vivanco; T Vo; H Vocca; C Vorvick; S P Vyatchanin; A R Wade; L E Wade; M Wade; R Walet; M Walker; L Wallace; S Walsh; G Wang; H Wang; J Wang; J Z Wang; W H Wang; Y F Wang; R L Ward; Z A Warden; J Warner; M Was; J Watchi; B Weaver; L-W Wei; M Weinert; A J Weinstein; R Weiss; F Wellmann; L Wen; E K Wessel; P Weßels; J W Westhouse; K Wette; J T Whelan; B F Whiting; C Whittle; D M Wilken; D Williams; A R Williamson; J L Willis; B Willke; M H Wimmer; W Winkler; C C Wipf; H Wittel; G Woan; J Woehler; J K Wofford; J Worden; J L Wright; C M Wu; D S Wu; H C Wu; S R Wu; D M Wysocki; L Xiao; W R Xu; T Yamada; H Yamamoto; Kazuhiro Yamamoto; Kohei Yamamoto; T Yamamoto; C C Yancey; L Yang; M J Yap; M Yazback; D W Yeeles; K Yokogawa; J Yokoyama; T Yokozawa; T Yoshioka; Hang Yu; Haocun Yu; S H R Yuen; H Yuzurihara; M Yvert; A K Zadrożny; M Zanolin; S Zeidler; T Zelenova; J-P Zendri; M Zevin; J Zhang; L Zhang; T Zhang; C Zhao; Y Zhao; M Zhou; Z Zhou; X J Zhu; Z H Zhu; A B Zimmerman; M E Zucker; J Zweizig
Journal:  Living Rev Relativ       Date:  2020-09-28       Impact factor: 40.429
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