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GW170817: Observation of Gravitational Waves from a Binary Neutron Star Inspiral.

On August 17, 2017 at 12:41:04 UTC the Advanced LIGO and Advanced Virgo gravitational-wave detectors made their first observation of a binary neutron star inspiral. The signal, GW170817, was detected with a combined signal-to-noise ratio of 32.4 and a false-alarm-rate estimate of less than one per $... Full description

Journal Title: Physical review letters October 20, 2017, Vol.119(16), p.161101
Main Author: Abbott, B P
Other Authors: Abbott, R , Abbott, T D , Acernese, F , Ackley, K , Adams, C , Adams, T , Addesso, P , Adhikari, R X , Adya, V B , Affeldt, C , Afrough, M , Agarwal, B , Agathos, M , Agatsuma, K , Aggarwal, N , Aguiar, O D , Aiello, L , Ain, A , Ajith, P , Allen, B , Allen, G , Allocca, A , Altin, P A , Amato, A , Ananyeva, A , Anderson, S B , Anderson, W G , Angelova, S V , Antier, S , Appert, S , Arai, K , Araya, M C , Areeda, J S , Arnaud, N , Arun, K G , Ascenzi, S , Ashton, G , Ast, M , Aston, S M , Astone, P , Atallah, D V , Aufmuth, P , Aulbert, C , Aultoneal, K , Austin, C , Avila-Alvarez, A , Babak, S , Bacon, P , Bader, M K M , Bae, S , Bailes, M , Baker, P T , Baldaccini, F , Ballardin, G , Ballmer, S W , Banagiri, S , Barayoga, J C , Barclay, S E , Barish, B C , Barker, D , Barkett, K , Barone, F , Barr, B , Barsotti, L , Barsuglia, M , Barta, D , Barthelmy, S D , Bartlett, J , Bartos, I , Bassiri, R , Basti, A , Batch, J C , Bawaj, M , Bayley, J C , Bazzan, M , Bécsy, B , Beer, C , Bejger, M , Belahcene, I , Bell, A S , Berger, B K , Bergmann, G , Bernuzzi, S , Bero, J J , Berry, C P L , Bersanetti, D , Bertolini, A , Betzwieser, J , Bhagwat, S , Bhandare, R , Bilenko, I A , Billingsley, G , Billman, C R , Birch, J , Birney, R , Birnholtz, O , Biscans, S , Biscoveanu, S , Bisht, A , Bitossi, M , Biwer, C , Bizouard, M A , Blackburn, J K , Blackman, J , Blair, C D , Blair, D G , Blair, R M , Bloemen, S , Bock, O , Bode, N , Boer, M , Bogaert, G , Bohe, A , Bondu, F , Bonilla, E , Bonnand, R , Boom, B A , Bork, R , Boschi, V , Bose, S , Bossie, K , Bouffanais, Y , Bozzi, A , Bradaschia, C , Brady, P R , Branchesi, M , Brau, J E , Briant, T , Brillet, A , Brinkmann, M , Brisson, V , Brockill, P , Broida, J E , Brooks, A F , Brown, D A , Brown, D D , Brunett, S , Buchanan, C C , Buikema, A , Bulik, T , Bulten, H J , Buonanno, A , Buskulic, D , Buy, C , Byer, R L , Cabero, M , Cadonati, L , Cagnoli, G , Cahillane, C , Calderón Bustillo, J , Callister, T A , Calloni, E , Camp, J B , Canepa, M , Canizares, P , Cannon, K C , Cao, H , Cao, J , Capano, C D , Capocasa, E , Carbognani, F , Caride, S , Carney, M F , Carullo, G , Casanueva Diaz, J , Casentini, C , Caudill, S , Cavaglià, M , Cavalier, F , Cavalieri, R , Cella, G , Cepeda, C B , Cerdá-Durán, P , Cerretani, G , Cesarini, E , Chamberlin, S J , Chan, M , Chao, S , Charlton, P , Chase, E , Chassande-Mottin, E , Chatterjee, D , Chatziioannou, K , Cheeseboro, B D , Chen, H Y , Chen, X , Chen, Y , Cheng, H-P , Chia, H , Chincarini, A , Chiummo, A , Chmiel, T , Cho, H S , Cho, M , Chow, J H , Christensen, N , Chu, Q , Chua, A J K , Chua, S , Chung, A K W , Chung, S , Ciani, G , Ciolfi, R , Cirelli, C E , Cirone, A , Clara, F , Clark, J A , Clearwater, P , Cleva, F , Cocchieri, C , Coccia, E , Cohadon, P-F , Cohen, D , Colla, A , Collette, C G , Cominsky, L R , Constancio, M , Conti, L , Cooper, S J , Corban, P , Corbitt, T R , Cordero-Carrión, I , Corley, K R , Cornish, N , Corsi, A , Cortese, S , Costa, C A , Coughlin, M W , Coughlin, S B , Coulon, J-P , Countryman, S T , Couvares, P , Covas, P B , Cowan, E E , Coward, D M , Cowart, M J , Coyne, D C , Coyne, R , Creighton, J D E , Creighton, T D , Cripe, J , Crowder, S G , Cullen, T J , Cumming, A , Cunningham, L , Cuoco, E , Dal Canton, T , Dálya, G , Danilishin, S L
Format: Electronic Article Electronic Article
Language: English
Subjects:
ID: E-ISSN: 1079-7114 ; DOI: 10.1103/PhysRevLett.119.161101
Link: http://search.proquest.com/docview/1984754854/?pq-origsite=primo
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title: GW170817: Observation of Gravitational Waves from a Binary Neutron Star Inspiral.
format: Article
creator:
  • Abbott, B P
  • Abbott, R
  • Abbott, T D
  • Acernese, F
  • Ackley, K
  • Adams, C
  • Adams, T
  • Addesso, P
  • Adhikari, R X
  • Adya, V B
  • Affeldt, C
  • Afrough, M
  • Agarwal, B
  • Agathos, M
  • Agatsuma, K
  • Aggarwal, N
  • Aguiar, O D
  • Aiello, L
  • Ain, A
  • Ajith, P
  • Allen, B
  • Allen, G
  • Allocca, A
  • Altin, P A
  • Amato, A
  • Ananyeva, A
  • Anderson, S B
  • Anderson, W G
  • Angelova, S V
  • Antier, S
  • Appert, S
  • Arai, K
  • Araya, M C
  • Areeda, J S
  • Arnaud, N
  • Arun, K G
  • Ascenzi, S
  • Ashton, G
  • Ast, M
  • Aston, S M
  • Astone, P
  • Atallah, D V
  • Aufmuth, P
  • Aulbert, C
  • Aultoneal, K
  • Austin, C
  • Avila-Alvarez, A
  • Babak, S
  • Bacon, P
  • Bader, M K M
  • Bae, S
  • Bailes, M
  • Baker, P T
  • Baldaccini, F
  • Ballardin, G
  • Ballmer, S W
  • Banagiri, S
  • Barayoga, J C
  • Barclay, S E
  • Barish, B C
  • Barker, D
  • Barkett, K
  • Barone, F
  • Barr, B
  • Barsotti, L
  • Barsuglia, M
  • Barta, D
  • Barthelmy, S D
  • Bartlett, J
  • Bartos, I
  • Bassiri, R
  • Basti, A
  • Batch, J C
  • Bawaj, M
  • Bayley, J C
  • Bazzan, M
  • Bécsy, B
  • Beer, C
  • Bejger, M
  • Belahcene, I
  • Bell, A S
  • Berger, B K
  • Bergmann, G
  • Bernuzzi, S
  • Bero, J J
  • Berry, C P L
  • Bersanetti, D
  • Bertolini, A
  • Betzwieser, J
  • Bhagwat, S
  • Bhandare, R
  • Bilenko, I A
  • Billingsley, G
  • Billman, C R
  • Birch, J
  • Birney, R
  • Birnholtz, O
  • Biscans, S
  • Biscoveanu, S
  • Bisht, A
  • Bitossi, M
  • Biwer, C
  • Bizouard, M A
  • Blackburn, J K
  • Blackman, J
  • Blair, C D
  • Blair, D G
  • Blair, R M
  • Bloemen, S
  • Bock, O
  • Bode, N
  • Boer, M
  • Bogaert, G
  • Bohe, A
  • Bondu, F
  • Bonilla, E
  • Bonnand, R
  • Boom, B A
  • Bork, R
  • Boschi, V
  • Bose, S
  • Bossie, K
  • Bouffanais, Y
  • Bozzi, A
  • Bradaschia, C
  • Brady, P R
  • Branchesi, M
  • Brau, J E
  • Briant, T
  • Brillet, A
  • Brinkmann, M
  • Brisson, V
  • Brockill, P
  • Broida, J E
  • Brooks, A F
  • Brown, D A
  • Brown, D D
  • Brunett, S
  • Buchanan, C C
  • Buikema, A
  • Bulik, T
  • Bulten, H J
  • Buonanno, A
  • Buskulic, D
  • Buy, C
  • Byer, R L
  • Cabero, M
  • Cadonati, L
  • Cagnoli, G
  • Cahillane, C
  • Calderón Bustillo, J
  • Callister, T A
  • Calloni, E
  • Camp, J B
  • Canepa, M
  • Canizares, P
  • Cannon, K C
  • Cao, H
  • Cao, J
  • Capano, C D
  • Capocasa, E
  • Carbognani, F
  • Caride, S
  • Carney, M F
  • Carullo, G
  • Casanueva Diaz, J
  • Casentini, C
  • Caudill, S
  • Cavaglià, M
  • Cavalier, F
  • Cavalieri, R
  • Cella, G
  • Cepeda, C B
  • Cerdá-Durán, P
  • Cerretani, G
  • Cesarini, E
  • Chamberlin, S J
  • Chan, M
  • Chao, S
  • Charlton, P
  • Chase, E
  • Chassande-Mottin, E
  • Chatterjee, D
  • Chatziioannou, K
  • Cheeseboro, B D
  • Chen, H Y
  • Chen, X
  • Chen, Y
  • Cheng, H-P
  • Chia, H
  • Chincarini, A
  • Chiummo, A
  • Chmiel, T
  • Cho, H S
  • Cho, M
  • Chow, J H
  • Christensen, N
  • Chu, Q
  • Chua, A J K
  • Chua, S
  • Chung, A K W
  • Chung, S
  • Ciani, G
  • Ciolfi, R
  • Cirelli, C E
  • Cirone, A
  • Clara, F
  • Clark, J A
  • Clearwater, P
  • Cleva, F
  • Cocchieri, C
  • Coccia, E
  • Cohadon, P-F
  • Cohen, D
  • Colla, A
  • Collette, C G
  • Cominsky, L R
  • Constancio, M
  • Conti, L
  • Cooper, S J
  • Corban, P
  • Corbitt, T R
  • Cordero-Carrión, I
  • Corley, K R
  • Cornish, N
  • Corsi, A
  • Cortese, S
  • Costa, C A
  • Coughlin, M W
  • Coughlin, S B
  • Coulon, J-P
  • Countryman, S T
  • Couvares, P
  • Covas, P B
  • Cowan, E E
  • Coward, D M
  • Cowart, M J
  • Coyne, D C
  • Coyne, R
  • Creighton, J D E
  • Creighton, T D
  • Cripe, J
  • Crowder, S G
  • Cullen, T J
  • Cumming, A
  • Cunningham, L
  • Cuoco, E
  • Dal Canton, T
  • Dálya, G
  • Danilishin, S L
subjects:
  • General Relativity And Quantum Cosmology
  • Astrophysics - High Energy Astrophysical Phenomena
ispartof: Physical review letters, October 20, 2017, Vol.119(16), p.161101
description: On August 17, 2017 at 12:41:04 UTC the Advanced LIGO and Advanced Virgo gravitational-wave detectors made their first observation of a binary neutron star inspiral. The signal, GW170817, was detected with a combined signal-to-noise ratio of 32.4 and a false-alarm-rate estimate of less than one per $8.0\times10^4$ years. We infer the component masses of the binary to be between 0.86 and 2.26 $M_\odot$, in agreement with masses of known neutron stars. Restricting the component spins to the range inferred in binary neutron stars, we find the component masses to be in the range 1.17 to 1.60 $M_\odot$, with the total mass of the system $2.74^{+0.04}_{-0.01}\,M_\odot$. The source was localized within a sky region of 28 deg$^2$ (90% probability) and had a luminosity distance of $40^{+8}_{-14}$ Mpc, the closest and most precisely localized gravitational-wave signal yet. The association with the gamma-ray burst GRB 170817A, detected by Fermi-GBM 1.7 s after the coalescence, corroborates the hypothesis of a neutron star merger and provides the first direct evidence of a link between these mergers and short gamma-ray bursts. Subsequent identification of transient counterparts across the electromagnetic spectrum in the same location further supports the interpretation of this event as a neutron star merger. This unprecedented joint gravitational and electromagnetic observation provides insight into astrophysics, dense matter, gravitation and cosmology.
language: eng
source:
identifier: E-ISSN: 1079-7114 ; DOI: 10.1103/PhysRevLett.119.161101
fulltext: no_fulltext
issn:
  • 10797114
  • 1079-7114
url: Link


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titleGW170817: Observation of Gravitational Waves from a Binary Neutron Star Inspiral.
creatorAbbott, B P ; Abbott, R ; Abbott, T D ; Acernese, F ; Ackley, K ; Adams, C ; Adams, T ; Addesso, P ; Adhikari, R X ; Adya, V B ; Affeldt, C ; Afrough, M ; Agarwal, B ; Agathos, M ; Agatsuma, K ; Aggarwal, N ; Aguiar, O D ; Aiello, L ; Ain, A ; Ajith, P ; Allen, B ; Allen, G ; Allocca, A ; Altin, P A ; Amato, A ; Ananyeva, A ; Anderson, S B ; Anderson, W G ; Angelova, S V ; Antier, S ; Appert, S ; Arai, K ; Araya, M C ; Areeda, J S ; Arnaud, N ; Arun, K G ; Ascenzi, S ; Ashton, G ; Ast, M ; Aston, S M ; Astone, P ; Atallah, D V ; Aufmuth, P ; Aulbert, C ; Aultoneal, K ; Austin, C ; Avila-Alvarez, A ; Babak, S ; Bacon, P ; Bader, M K M ; Bae, S ; Bailes, M ; Baker, P T ; Baldaccini, F ; Ballardin, G ; Ballmer, S W ; Banagiri, S ; Barayoga, J C ; Barclay, S E ; Barish, B C ; Barker, D ; Barkett, K ; Barone, F ; Barr, B ; Barsotti, L ; Barsuglia, M ; Barta, D ; Barthelmy, S D ; Bartlett, J ; Bartos, I ; Bassiri, R ; Basti, A ; Batch, J C ; Bawaj, M ; Bayley, J C ; Bazzan, M ; Bécsy, B ; Beer, C ; Bejger, M ; Belahcene, I ; Bell, A S ; Berger, B K ; Bergmann, G ; Bernuzzi, S ; Bero, J J ; Berry, C P L ; Bersanetti, D ; Bertolini, A ; Betzwieser, J ; Bhagwat, S ; Bhandare, R ; Bilenko, I A ; Billingsley, G ; Billman, C R ; Birch, J ; Birney, R ; Birnholtz, O ; Biscans, S ; Biscoveanu, S ; Bisht, A ; Bitossi, M ; Biwer, C ; Bizouard, M A ; Blackburn, J K ; Blackman, J ; Blair, C D ; Blair, D G ; Blair, R M ; Bloemen, S ; Bock, O ; Bode, N ; Boer, M ; Bogaert, G ; Bohe, A ; Bondu, F ; Bonilla, E ; Bonnand, R ; Boom, B A ; Bork, R ; Boschi, V ; Bose, S ; Bossie, K ; Bouffanais, Y ; Bozzi, A ; Bradaschia, C ; Brady, P R ; Branchesi, M ; Brau, J E ; Briant, T ; Brillet, A ; Brinkmann, M ; Brisson, V ; Brockill, P ; Broida, J E ; Brooks, A F ; Brown, D A ; Brown, D D ; Brunett, S ; Buchanan, C C ; Buikema, A ; Bulik, T ; Bulten, H J ; Buonanno, A ; Buskulic, D ; Buy, C ; Byer, R L ; Cabero, M ; Cadonati, L ; Cagnoli, G ; Cahillane, C ; Calderón Bustillo, J ; Callister, T A ; Calloni, E ; Camp, J B ; Canepa, M ; Canizares, P ; Cannon, K C ; Cao, H ; Cao, J ; Capano, C D ; Capocasa, E ; Carbognani, F ; Caride, S ; Carney, M F ; Carullo, G ; Casanueva Diaz, J ; Casentini, C ; Caudill, S ; Cavaglià, M ; Cavalier, F ; Cavalieri, R ; Cella, G ; Cepeda, C B ; Cerdá-Durán, P ; Cerretani, G ; Cesarini, E ; Chamberlin, S J ; Chan, M ; Chao, S ; Charlton, P ; Chase, E ; Chassande-Mottin, E ; Chatterjee, D ; Chatziioannou, K ; Cheeseboro, B D ; Chen, H Y ; Chen, X ; Chen, Y ; Cheng, H-P ; Chia, H ; Chincarini, A ; Chiummo, A ; Chmiel, T ; Cho, H S ; Cho, M ; Chow, J H ; Christensen, N ; Chu, Q ; Chua, A J K ; Chua, S ; Chung, A K W ; Chung, S ; Ciani, G ; Ciolfi, R ; Cirelli, C E ; Cirone, A ; Clara, F ; Clark, J A ; Clearwater, P ; Cleva, F ; Cocchieri, C ; Coccia, E ; Cohadon, P-F ; Cohen, D ; Colla, A ; Collette, C G ; Cominsky, L R ; Constancio, M ; Conti, L ; Cooper, S J ; Corban, P ; Corbitt, T R ; Cordero-Carrión, I ; Corley, K R ; Cornish, N ; Corsi, A ; Cortese, S ; Costa, C A ; Coughlin, M W ; Coughlin, S B ; Coulon, J-P ; Countryman, S T ; Couvares, P ; Covas, P B ; Cowan, E E ; Coward, D M ; Cowart, M J ; Coyne, D C ; Coyne, R ; Creighton, J D E ; Creighton, T D ; Cripe, J ; Crowder, S G ; Cullen, T J ; Cumming, A ; Cunningham, L ; Cuoco, E ; Dal Canton, T ; Dálya, G ; Danilishin, S L
ispartofPhysical review letters, October 20, 2017, Vol.119(16), p.161101
identifierE-ISSN: 1079-7114 ; DOI: 10.1103/PhysRevLett.119.161101
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descriptionOn August 17, 2017 at 12:41:04 UTC the Advanced LIGO and Advanced Virgo gravitational-wave detectors made their first observation of a binary neutron star inspiral. The signal, GW170817, was detected with a combined signal-to-noise ratio of 32.4 and a false-alarm-rate estimate of less than one per $8.0\times10^4$ years. We infer the component masses of the binary to be between 0.86 and 2.26 $M_\odot$, in agreement with masses of known neutron stars. Restricting the component spins to the range inferred in binary neutron stars, we find the component masses to be in the range 1.17 to 1.60 $M_\odot$, with the total mass of the system $2.74^{+0.04}_{-0.01}\,M_\odot$. The source was localized within a sky region of 28 deg$^2$ (90% probability) and had a luminosity distance of $40^{+8}_{-14}$ Mpc, the closest and most precisely localized gravitational-wave signal yet. The association with the gamma-ray burst GRB 170817A, detected by Fermi-GBM 1.7 s after the coalescence, corroborates the hypothesis of a neutron star merger and provides the first direct evidence of a link between these mergers and short gamma-ray bursts. Subsequent identification of transient counterparts across the electromagnetic spectrum in the same location further supports the interpretation of this event as a neutron star merger. This unprecedented joint gravitational and electromagnetic observation provides insight into astrophysics, dense matter, gravitation and cosmology.
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42Aufmuth, P
43Aulbert, C
44Aultoneal, K
45Austin, C
46Avila-Alvarez, A
47Babak, S
48Bacon, P
49Bader, M K M
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53Baldaccini, F
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56Banagiri, S
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58Barclay, S E
59Barish, B C
60Barker, D
61Barkett, K
62Barone, F
63Barr, B
64Barsotti, L
65Barsuglia, M
66Barta, D
67Barthelmy, S D
68Bartlett, J
69Bartos, I
70Bassiri, R
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73Bawaj, M
74Bayley, J C
75Bazzan, M
76Bécsy, B
77Beer, C
78Bejger, M
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80Bell, A S
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82Bergmann, G
83Bernuzzi, S
84Bero, J J
85Berry, C P L
86Bersanetti, D
87Bertolini, A
88Betzwieser, J
89Bhagwat, S
90Bhandare, R
91Bilenko, I A
92Billingsley, G
93Billman, C R
94Birch, J
95Birney, R
96Birnholtz, O
97Biscans, S
98Biscoveanu, S
99Bisht, A
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titleGW170817: Observation of Gravitational Waves from a Binary Neutron Star Inspiral.
authorAbbott, B P ; Abbott, R ; Abbott, T D ; Acernese, F ; Ackley, K ; Adams, C ; Adams, T ; Addesso, P ; Adhikari, R X ; Adya, V B ; Affeldt, C ; Afrough, M ; Agarwal, B ; Agathos, M ; Agatsuma, K ; Aggarwal, N ; Aguiar, O D ; Aiello, L ; Ain, A ; Ajith, P ; Allen, B ; Allen, G ; Allocca, A ; Altin, P A...
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16Aguiar, O D
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18Ain, A
19Ajith, P
20Allen, B
21Allen, G
22Allocca, A
23Altin, P A
24Amato, A
25Ananyeva, A
26Anderson, S B
27Anderson, W G
28Angelova, S V
29Antier, S
30Appert, S
31Arai, K
32Araya, M C
33Areeda, J S
34Arnaud, N
35Arun, K G
36Ascenzi, S
37Ashton, G
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40Astone, P
41Atallah, D V
42Aufmuth, P
43Aulbert, C
44Aultoneal, K
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49Bader, M K M
50Bae, S
51Bailes, M
52Baker, P T
53Baldaccini, F
54Ballardin, G
55Ballmer, S W
56Banagiri, S
57Barayoga, J C
58Barclay, S E
59Barish, B C
60Barker, D
61Barkett, K
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63Barr, B
64Barsotti, L
65Barsuglia, M
66Barta, D
67Barthelmy, S D
68Bartlett, J
69Bartos, I
70Bassiri, R
71Basti, A
72Batch, J C
73Bawaj, M
74Bayley, J C
75Bazzan, M
76Bécsy, B
77Beer, C
78Bejger, M
79Belahcene, I
80Bell, A S
81Berger, B K
82Bergmann, G
83Bernuzzi, S
84Bero, J J
85Berry, C P L
86Bersanetti, D
87Bertolini, A
88Betzwieser, J
89Bhagwat, S
90Bhandare, R
91Bilenko, I A
92Billingsley, G
93Billman, C R
94Birch, J
95Birney, R
96Birnholtz, O
97Biscans, S
98Biscoveanu, S
99Bisht, A
100...
jtitlePhysical review letters
toplevelpeer_reviewed
delivery
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99Blackman
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1Abbott, R
2Abbott, T D
3Acernese, F
4Ackley, K
5Adams, C
6Adams, T
7Addesso, P
8Adhikari, R X
9Adya, V B
10Affeldt, C
11Afrough, M
12Agarwal, B
13Agathos, M
14Agatsuma, K
15Aggarwal, N
16Aguiar, O D
17Aiello, L
18Ain, A
19Ajith, P
20Allen, B
21Allen, G
22Allocca, A
23Altin, P A
24Amato, A
25Ananyeva, A
26Anderson, S B
27Anderson, W G
28Angelova, S V
29Antier, S
30Appert, S
31Arai, K
32Araya, M C
33Areeda, J S
34Arnaud, N
35Arun, K G
36Ascenzi, S
37Ashton, G
38Ast, M
39Aston, S M
40Astone, P
41Atallah, D V
42Aufmuth, P
43Aulbert, C
44Aultoneal, K
45Austin, C
46Avila-Alvarez, A
47Babak, S
48Bacon, P
49Bader, M K M
50Bae, S
51Bailes, M
52Baker, P T
53Baldaccini, F
54Ballardin, G
55Ballmer, S W
56Banagiri, S
57Barayoga, J C
58Barclay, S E
59Barish, B C
60Barker, D
61Barkett, K
62Barone, F
63Barr, B
64Barsotti, L
65Barsuglia, M
66Barta, D
67Barthelmy, S D
68Bartlett, J
69Bartos, I
70Bassiri, R
71Basti, A
72Batch, J C
73Bawaj, M
74Bayley, J C
75Bazzan, M
76Bécsy, B
77Beer, C
78Bejger, M
79Belahcene, I
80Bell, A S
81Berger, B K
82Bergmann, G
83Bernuzzi, S
84Bero, J J
85Berry, C P L
86Bersanetti, D
87Bertolini, A
88Betzwieser, J
89Bhagwat, S
90Bhandare, R
91Bilenko, I A
92Billingsley, G
93Billman, C R
94Birch, J
95Birney, R
96Birnholtz, O
97Biscans, S
98Biscoveanu, S
99Bisht, A
100...
atitleGW170817: Observation of Gravitational Waves from a Binary Neutron Star Inspiral.
jtitlePhysical review letters
risdate20171020
volume119
issue16
spage161101
epage161101
pages161101
eissn1079-7114
formatjournal
genrearticle
ristypeJOUR
doi10.1103/PhysRevLett.119.161101
urlhttp://search.proquest.com/docview/1984754854/
orcidid0000-0001-6487-5197: 0000-0002-4551-2902
issn00319007
date2017-10-20