13 research outputs found
All-sky search for long-duration gravitational wave transients with initial LIGO
- Author
- Abbott B.P.
- Abbott R.
- Abbott T.D.
- Abernathy M.R.
- Acernese F.
- Ackley K.
- Adams C.
- Adams T.
- Addesso P.
- Adhikari R.X.
- Adya V.B.
- Affeldt C.
- Agathos M.
- Agatsuma K.
- Aggarwal N.
- Aguiar O.D.
- Ain A.
- Ajith P.
- Allen B.
- Allocca A.
- Amariutei D.V.
- Anderson S.B.
- Anderson W.G.
- Arai K.
- Araya M.C.
- Arceneaux C.C.
- Areeda J.S.
- Arnaud N.
- Arun K.G.
- Ashton G.
- Ast M.
- Aston S.M.
- Astone P.
- Aufmuth P.
- Aulbert C.
- Babak S.
- Baiardi L.Cerboni
- Baker P.T.
- Baldaccini F.
- Ballardin G.
- Ballmer S.W.
- Barayoga J.C.
- Barclay S.E.
- Barish B.C.
- Barker D.
- Barone F.
- Barr B.
- Barsotti L.
- Barsuglia M.
- Barta D.
- Bartlett J.
- Bartos I.
- Bassiri R.
- Basti A.
- Batch J.C.
- Baune C.
- Bavigadda V.
- Bazzan M.
- Behnke B.
- Bejger M.
- Belczynski C.
- Bell A.S.
- Bell C.J.
- Berger B.K.
- Bergman J.
- Bergmann G.
- Berry C.P.L.
- Bersanetti D.
- Bertolini A.
- Betzwieser J.
- Bhagwat S.
- Bhandare R.
- Bilenko I.A.
- Billingsley G.
- Birch J.
- Birney R.
- Biscans S.
- Bisht A.
- Bitossi M.
- Biwer C.
- Bizouard M.A.
- Blackburn J.K.
- Blair C.D.
- Blair D.
- Blair R.M.
- Bloemen S.
- Bock O.
- Bodiya T.P.
- Boer M.
- Bogaert G.
- Bogan C.
- Bohe A.
- Bojtos P.
- Bond C.
- Bondu F.
- Bonnand R.
- Bork R.
- Boschi V.
- Bose S.
- Bozzi A.
- Bradaschia C.
- Brady P.R.
- Braginsky V.B.
- Branchesi M.
- Brau J.E.
- Briant T.
- Brillet A.
- Brinkmann M.
- Brisson V.
- Brockill P.
- Brooks A.F.
- Brown D.
- Brown D.A.
- Brown D.D.
- Brown N.M.
- Buchanan C.C.
- Buikema A.
- Bulik T.
- Bulten H.J.
- Buonanno A.
- Buskulic D.
- Buy C.
- Byer R.L.
- Cadonati L.
- Cagnoli G.
- Cahillane C.
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- Callister T.
- Calloni E.
- Camp J.B.
- Cannon K.C.
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- Capocasa E.
- Carbognani F.
- Caride S.
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- Casentini C.
- Castro Gonzalez J.M.
- Caudill S.
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- Cavalier F.
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- Cella G.
- Cepeda C.
- Cerretani G.
- Cesarini E.
- Chakraborty R.
- Chalermsongsak T.
- Chamberlin S.J.
- Chan M.
- Chao S.
- Charlton P.
- Chassande-Mottin E.
- Chen H.Y.
- Chen Y.
- Cheng C.
- Chincarini A.
- Chiummo A.
- Cho H.S.
- Cho M.
- Chow J.H.
- Christensen N.
- Chu Q.
- Chua S.
- Chung S.
- Ciani G.
- Clara F.
- Clark J.A.
- Cleva F.
- Coccia E.
- Cohadon P.-F.
- Colla A.
- Collette C.G.
- Constancio M.
- Conte A.
- Conti L.
- Cook D.
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- Cornish N.
- Corsi A.
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- Effler A.
- Eggenstein H.-B.
- Ehrens P.
- Eichholz J.M.
- Eikenberry S.S.
- Engels W.
- Essick R.C.
- Etzel T.
- Evans M.
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- Gaonkar S.G.
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- Gemme G.
- Gendre B.
- Genin E.
- Gennai A.
- George J.
- Gergely L.
- Germain V.
- Ghosh A.
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- Giaime J.A.
- Giardina K.D.
- Giazotto A.
- Gill K.
- Glaefke A.
- Goetz E.
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- González G.
- Gopakumar A.
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- Heurs Michèle
- Hild S.
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- Idrisy A.
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- Isac J.-M.
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- Westphal T.
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- Worden J.
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- Wu G.
- Yablon J.
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- Yu H.
- Yvert M.
- Zadrożny A.
- Zangrando L.
- Zanolin M.
- Zendri J.-P.
- Zevin M.
- Zhang F.
- Zhang L.
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- Zhang Y.
- Zhao C.
- Zhou M.
- Zhou Z.
- Zhu X.J.
- Zucker M.E.
- Zuraw S.E.
- Zweizig J.
- Publication venue
- College Park, MD : American Physical Society
- Publication date
- 01/01/2016
- Field of study
We present the results of a search for long-duration gravitational wave transients in two sets of data collected by the LIGO Hanford and LIGO Livingston detectors between November 5, 2005 and September 30, 2007, and July 7, 2009 and October 20, 2010, with a total observational time of 283.0 days and 132.9 days, respectively. The search targets gravitational wave transients of duration 10-500 s in a frequency band of 40-1000 Hz, with minimal assumptions about the signal waveform, polarization, source direction, or time of occurrence. All candidate triggers were consistent with the expected background; as a result we set 90% confidence upper limits on the rate of long-duration gravitational wave transients for different types of gravitational wave signals. For signals from black hole accretion disk instabilities, we set upper limits on the source rate density between 3.4×10-5 and 9.4×10-4 Mpc-3 yr-1 at 90% confidence. These are the first results from an all-sky search for unmodeled long-duration transient gravitational waves. © 2016 American Physical Society
All-sky search for long-duration gravitational wave transients with initial LIGO
- Author
- Abbott B.P.
- Abbott R.
- Abbott T.D.
- Abernathy M.R.
- Acernese F.
- Ackley K.
- Adams C.
- Adams T.
- Addesso P.
- Adhikari R.X.
- Adya V.B.
- Affeldt C.
- Agathos M.
- Agatsuma K.
- Aggarwal N.
- Aguiar O.D.
- Ain A.
- Ajith P.
- Allen B.
- Allocca A.
- Amariutei D.V.
- Anderson S.B.
- Anderson W.G.
- Arai K.
- Araya M.C.
- Arceneaux C.C.
- Areeda J.S.
- Arnaud N.
- Arun K.G.
- Ashton G.
- Ast M.
- Aston S.M.
- Astone P.
- Aufmuth P.
- Aulbert C.
- Babak S.
- Baiardi L.Cerboni
- Baker P.T.
- Baldaccini F.
- Ballardin G.
- Ballmer S.W.
- Barayoga J.C.
- Barclay S.E.
- Barish B.C.
- Barker D.
- Barone F.
- Barr B.
- Barsotti L.
- Barsuglia M.
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- Zweizig J.
- Publication venue
- College Park, MD : American Physical Society
- Publication date
- 01/01/2016
- Field of study
We present the results of a search for long-duration gravitational wave transients in two sets of data collected by the LIGO Hanford and LIGO Livingston detectors between November 5, 2005 and September 30, 2007, and July 7, 2009 and October 20, 2010, with a total observational time of 283.0 days and 132.9 days, respectively. The search targets gravitational wave transients of duration 10-500 s in a frequency band of 40-1000 Hz, with minimal assumptions about the signal waveform, polarization, source direction, or time of occurrence. All candidate triggers were consistent with the expected background; as a result we set 90% confidence upper limits on the rate of long-duration gravitational wave transients for different types of gravitational wave signals. For signals from black hole accretion disk instabilities, we set upper limits on the source rate density between 3.4×10-5 and 9.4×10-4 Mpc-3 yr-1 at 90% confidence. These are the first results from an all-sky search for unmodeled long-duration transient gravitational waves. © 2016 American Physical Society
THE RATE OF BINARY BLACK HOLE MERGERS INFERRED FROM ADVANCED LIGO OBSERVATIONS SURROUNDING GW150914
- Author
- Abbott B. P.
- Abbott R.
- Abbott T. D.
- Abernathy M. R.
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- Adams C.
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- Publication venue
- 'American Astronomical Society'
- Publication date
- 01/01/2016
- Field of study
A transient gravitational-wave signal, GW150914, was identi
fi
ed in the twin Advanced LIGO detectors on 2015
September 2015 at 09:50:45 UTC. To asse
ss the implications of this discovery,
the detectors remained in operation with
unchanged con
fi
gurations over a period of 39 days around the time of t
he signal. At the detection statistic threshold
corresponding to that observed for GW150914, our search of the 16 days of simultaneous two-detector observational
data is estimated to have a false-alarm rate
(
FAR
)
of
<
́
--
4.9 10 yr
61
, yielding a
p
-value for GW150914 of
<
́
-
210
7
. Parameter estimation follo
w-up on this trigger identi
fi
es its source as a binary black hole
(
BBH
)
merger
with component masses
(
)(
)
=
-
+
-
+
mm
M
,36,29
12
4
5
4
4
at redshift
=
-
+
z
0.09
0.04
0.03
(
median and 90% credible range
)
.
Here, we report on the constraints these observations place on the rate of BBH coalescences. Considering only
GW150914, assuming that all BBHs in the universe have the same masses and spins as this event, imposing a search
FAR threshold of 1 per 100 years, and assuming that the BBH merger rate is constant in the comoving frame, we infer a
90% credible range of merger rates between
–
--
2
53 Gpc yr
31
(
comoving frame
)
. Incorporating all search triggers that
pass a much lower threshold while accounting for the uncerta
inty in the astrophysical origin of each trigger, we estimate
a higher rate, ranging from
–
--
13 600 Gpc yr
31
depending on assumptions about the BBH mass distribution. All
together, our various rate estimat
es fall in the conservative range
–
--
2
600 Gpc yr
31
The Ethics of Diagnosis in Early Christianity and the Middle Ages
- Author
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/1992
- Field of study
Quantum chemistry common driver and databases (qcdb) and quantum chemistry engine (qce ngine):Automation and interoperability among computational chemistry programs
- Author
- Alenaizan A.
- Altarawy D.
- Anwar J.
- Barnes T.A.
- Borca C.H.
- Burns L.A.
- Chodera J.D.
- De Silva N.
- Di Remigio R.
- Dotson D.L.
- Dreuw A.
- Ehlert S.
- Glick Z.L.
- Gordon M.S.
- Heide A.G.
- Herbst M.F.
- Hermann J.
- Hicks C.B.
- Horton J.T.
- Hurtado A.G.
- King R.A.
- Kraus P.
- Kruse H.
- Kulik H.J.
- Lee J.
- Lee S.J.R.
- Liu F.
- Lolinco A.T.
- Martínez T.J.
- Matthews D.A.
- Misiewicz J.P.
- Naden L.N.
- Ramezanghorbani F.
- Schaefer H.F. III
- Scheurer M.
- Schriber J.B.
- Sherrill C.D.
- Simmonett A.C.
- Smith D.G.A.
- Stanton J.F.
- Steinmetzer J.
- Turney J.M.
- Wagner J.R.
- Wang L.-P.
- Ward L.
- Welborn M.
- Windus T.L.
- Šponer J.
- Publication venue
- 'AIP Publishing'
- Publication date
- 28/11/2021
- Field of study
Community efforts in the computational molecular sciences (CMS) are evolving toward modular, open, and interoperable interfaces that work with existing community codes to provide more functionality and composability than could be achieved with a single program. The Quantum Chemistry Common Driver and Databases (QCDB) project provides such capability through an application programming interface (API) that facilitates interoperability across multiple quantum chemistry software packages. In tandem with the Molecular Sciences Software Institute and their Quantum Chemistry Archive ecosystem, the unique functionalities of several CMS programs are integrated, including CFOUR, GAMESS, NWChem, OpenMM, Psi4, Qcore, TeraChem, and Turbomole, to provide common computational functions, i.e., energy, gradient, and Hessian computations as well as molecular properties such as atomic charges and vibrational frequency analysis. Both standard users and power users benefit from adopting these APIs as they lower the language barrier of input styles and enable a standard layout of variables and data. These designs allow end-to-end interoperable programming of complex computations and provide best practices options by default
Nucleophilicity of Iron-Peroxo Porphyrin Complexes
- Author
- A. Shirazi
- A.D.N. Vaz
- A.D.N. Vaz
- A.D.N. Vaz
- A.M. Khenkin
- A.M. Khenkin
- A.R. Miksztal
- A.Z. Shyadehi
- B.R. Crane
- B.R. Crane
- C.A. Reed
- C.H. Welborn
- C.R. Fisher
- D. Harris
- D.A. Proshlyakov
- D.C. Swinney
- D.E. Benson
- D.E. Stevenson
- D.L. Wertz
- D.L. Wertz
- E. McCandlish
- E.J. Mueller
- E.S. Roberts
- G.M. Raner
- H.-M. Peng
- J.A. Degray
- J.D. Townsley
- J.N. Burstyn
- J.N. Burstyn
- J.S. Valentine
- J.T. Groves
- J.T. Groves
- K.R. Korzekwa
- L.S. Goodman
- M. Akhtar
- M. Akhtar
- M. Akhtar
- M. Akhtar
- M. Imai
- M. Schappacher
- M. Selke
- M. Selke
- M. Sono
- M.F. Sisemore
- M.F. Sisemore
- M.J. Coon
- N.C. Counts Gerber
- P. Lee-Robichaud
- P. Lee-Robichaud
- P. Morand
- P.A. Cole
- P.R. Ortiz Montellano de
- R. Friant
- R. Raag
- R.A. Pufahl
- R.B. Atta Van
- R.T. Fischer
- R.Z. Harris
- S. Ahmad
- S. Graham-Lorence
- S.S. Oh
- T.L. Poulos
- T.L. Poulos
- V.K. Koltover
- Y. Goto
- Y. Watanabe
- Y. Watanabe
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Metabolic mediators of the effects of body-mass index, overweight, and obesity on coronary heart disease and stroke: A pooled analysis of 97 prospective cohorts with 1·8 million participants
- Publication venue
- Publication date
- 01/01/2014
- Field of study
Background Body-mass index (BMI) and diabetes have increased worldwide, whereas global average blood pressure and cholesterol have decreased or remained unchanged in the past three decades. We quantified how much of the effects of BMI on coronary heart disease and stroke are mediated through blood pressure, cholesterol, and glucose, and how much is independent of these factors. Methods We pooled data from 97 prospective cohort studies that collectively enrolled 1·8 million participants between 1948 and 2005, and that included 57 161 coronary heart disease and 31 093 stroke events. For each cohort we excluded participants who were younger than 18 years, had a BMI of lower than 20 kg/m2, or who had a history of coronary heart disease or stroke. We estimated the hazard ratio (HR) of BMI on coronary heart disease and stroke with and without adjustment for all possible combinations of blood pressure, cholesterol, and glucose. We pooled HRs with a random-effects model and calculated the attenuation of excess risk after adjustment for mediators. Findings The HR for each 5 kg/m2 higher BMI was 1·27 (95% CI 1·23-1·31) for coronary heart disease and 1·18 (1·14-1·22) for stroke after adjustment for confounders. Additional adjustment for the three metabolic risk factors reduced the HRs to 1·15 (1·12-1·18) for coronary heart disease and 1·04 (1·01-1·08) for stroke, suggesting that 46% (95% CI 42-50) of the excess risk of BMI for coronary heart disease and 76% (65-91) for stroke is mediated by these factors. Blood pressure was the most important mediator, accounting for 31% (28-35) of the excess risk for coronary heart disease and 65% (56-75) for stroke. The percentage excess risks mediated by these three mediators did not differ significantly between Asian and western cohorts (North America, western Europe, Australia, and New Zealand). Both overweight (BMI ≥25 to <30 kg/m2) and obesity (BMI ≥30 kg/m2) were associated with a significantly increased risk of coronary heart disease and stroke, compared with normal weight (BMI ≥20 to <25 kg/m2), with 50% (44-58) of the excess risk of overweight and 44% (41-48) of the excess risk of obesity for coronary heart disease mediated by the selected three mediators. The percentages for stroke were 98% (69-155) for overweight and 69% (64-77) for obesity. Interpretation Interventions that reduce high blood pressure, cholesterol, and glucose might address about half of excess risk of coronary heart disease and three-quarters of excess risk of stroke associated with high BMI. Maintenance of optimum bodyweight is needed for the full benefits
Observation of Gravitational Waves from a Binary Black Hole Merger
- Author
- Aa A.A
- Aa A.A
- Aa A.A
- Aaa A.Aa
- Aaa A.Aa
- Aaaj A.A.Aj
- Aabca A.Abca
- Aabca A.Abca
- Aac A.Ac
- Aac A.Ac
- Aacbj A.Acbj
- Aad A.Ad
- Aah A.Ah
- Aah A.Ah
- Aah A.Ah
- Aah A.Ah
- Aai A.Ai
- Aaj A.Aj
- Aaj A.Aj
- Aaj A.Aj
- Aak A.Ak
- Aam A.Am
- Aas A.As
- Aas A.As
- Aau A.Au
- Aba A.Ba
- Abbott
- Abbott
- Abbott B.P.A
- Abebf A.Bebf
- Abernathy
- Abh A.B.H
- Abh A.Bh
- Abs A.Bs
- Abt A.Bt
- Acas A.C.As
- Acernese
- Acg A.Cg
- Ackley
- Act A.Ct
- Acu A.Cu
- Adams
- Adams
- Add A.Dd
- Addesso
- Ade A.De
- Adh A.Dh
- Adh A.Dh
- Adhdi A.Dhdi
- Adhikari
- Adk A.D.K
- Ads A.Ds
- Adya
- Ae A.E
- Af A.F
- Af A.F
- Af A.F
- Afa A.F.A
- Affeldt
- Ag A.G
- Agathos
- Agatsuma
- Aggarwal
- Agp A.G.P
- Aguiar
- Ah A.H
- Ah A.H
- Ah A.H
- Ah A.H
- Ahlac A.Hlac
- Ahq A.Hq
- Ai A.I
- Aiello
- Ain
- Aj A.J
- Aj A.J
- Aj A.J
- Aja A.J.A
- Ajith
- Akcq A.K.Cq
- Alcy A.L.Cy
- Alf A.L.F
- Allen
- Allocca
- Alp A.L.P
- Altin
- Am A.M
- Amas A.M.As
- Ambn A.M.Bn
- An A.N
- An A.N
- Anderson
- Anderson
- Ap A.P
- Aph A.P.H
- Aq A.Q
- Arai
- Arain
- Araya
- Arceneaux
- Archismano
- Arcm A.R.Cm
- Areeda
- Arnaud
- Ars A.Rs
- Ars A.Rs
- Ars A.Rs
- Art A.R.T
- Arun
- As A.S
- As A.S
- As A.S
- As A.S
- Asaj A.S.Aj
- Asan A.S.An
- Ascenzi
- Ascp A.S.Cp
- Ashton
- Ast
- Aston
- Astone
- Aufmuth
- Aulbert
- Awa A.W.A
- Awcm A.W.Cm
- Babak
- Bac B.Ac
- Bacon
- Bader
- Bai B.A.I
- Baiardi Cerboni
- Baj B.Aj
- Baj B.Aj
- Bak B.Ak
- Bakel Van
- Baker
- Baldaccini
- Ballardin
- Ballmer
- Ban B.An
- Ban B.An
- Barayoga
- Barclay
- Barish
- Barker
- Barone
- Barr
- Barsotti
- Barsuglia
- Barta
- Bartlett
- Barton
- Bartos
- Bassiri
- Basti
- Batch
- Baune
- Bavigadda
- Bazzan
- Bba B.Ba
- Bbm B.Bm
- Bbw B.Bw
- Bca B.C.A
- Bcav B.C.Av
- Bccj B.C.Cj
- Bcd B.Cd
- Bcp B.C.P
- Bcs B.Cs
- Bdai B.D.Ai
- Behnke
- Bejger
- Belczynski
- Bell
- Bell
- Berger
- Bergman
- Bergmann
- Berry
- Bersanetti
- Bertolini
- Betzwieser
- Beuzekom Van
- Bf B.F
- Bfaccm B.F.Accm
- Bfe B.F.E
- Bg B.G
- Bh B.H
- Bh B.H
- Bhagwat
- Bhandare
- Bhpq B.Hpq
- Bhq B.Hq
- Bilenko
- Billingsley
- Birch
- Birney
- Birnholtz
- Biscans
- Bisht
- Bitossi
- Biwer
- Bizouard
- Bjbs B.J.Bs
- Bjjt B.J.J.T
- Bka B.K.A
- Blackburn
- Blah B.L.Ah
- Blair
- Blair
- Blair
- Blaj B.L.Aj
- Bloemen
- Bmak B.M.Ak
- Bock
- Bodiya
- Boer
- Bogaert
- Bogan
- Bohe
- Bojtos
- Bond
- Bondu
- Bonnand
- Boom
- Bork
- Boschi
- Bose
- Bouffanais
- Bozzi
- Bradaschia
- Brady
- Braginsky
- Branchesi
- Brand Van Den
- Brau
- Brbd B.R.Bd
- Briant
- Brillet
- Brinkmann
- Brisson
- Bro B.R.O
- Brockill
- Broeck Van Den
- Brooks
- Brown
- Brown
- Brown
- Brs B.Rs
- Bscm B.S.Cm
- Buchanan
- Buikema
- Bulik
- Bulten
- Buonanno
- Buskulic
- Bustilloa
- Buy
- Byer
- C-Jas C.-J.as
- Ca C.A
- Cab C.Ab
- Cabero
- Cad C.Ad
- Cadonati
- Cagnoli
- Cahillane
- Cai C.Ai
- Caj C.Aj
- Caj C.Aj
- Cak C.A.K
- Cak C.Ak
- Cak C.Ak
- Cak C.Ak
- Calderón
- Callister
- Calloni E
- Camp
- Cannon
- Canton Dal
- Cao
- Capano
- Capbk C.Apbk
- Capocasa
- Car C.Ar
- Carbognani
- Caride
- Cas C.As
- Casentini
- Castro Gonzalez
- Caudill
- Cavaglià
- Cavalier
- Cavalieri
- Cay C.Ay
- Cba C.B.A
- Cbm C.Bm
- Cbt C.Bt
- Cbt C.Bt
- Cbu C.Bu
- Cby C.By
- Cca C.C.A
- Ccb C.C.B
- Ccbj C.C.Bj
- Ccd C.Cd
- Cch C.Ch
- Ccu C.C.U
- Cday C.D.Ay
- Cdbx C.D.Bx
- Cdh C.D.H
- Cella
- Cepeda
- Cerretani
- Cesarini
- Cf C.F
- Cfe C.F.E
- Cgcb C.G.Cb
- Ch C.H
- Ch C.H
- Ch C.H
- Ch C.H
- Chakraborty
- Chalermsongsak
- Chamberlin
- Chan
- Chao
- Charlton
- Chassande-Mottin
- Chdf C.H.Df
- Chen
- Chen
- Cheng
- Chincarini
- Chiummo
- Cho
- Cho
- Chow
- Christensen
- Chu
- Chua
- Chung
- Ci C.I
- Cia C.I.A
- Ciani
- Cjaj C.J.Aj
- Cjdr C.J.Dr
- Clara
- Clark
- Cle C.L.E
- Cleva
- Cmak C.M.Ak
- Cmas C.M.As
- Cmy C.My
- Co C.O
- Coccia
- Cocx C.O.Cx
- Cohadon
- Colla
- Collette
- Cominsky
- Constancio
- Conte
- Conti
- Cook
- Corbitt
- Cornish
- Corsi
- Cortese
- Costa
- Costa Da Silva
- Coughlin
- Coughlin
- Coulon
- Countryman
- Couvares
- Cowan
- Coward
- Cowart
- Coyne
- Coyne
- Cplas C.P.L.As
- Cq C.Q
- Craig
- Creighton
- Creighton
- Crf C.R.F
- Cripe
- Crowder
- Cruise
- Cs C.S
- Cscu C.S.Cu
- Cumming
- Cunningham
- Cuoco
- Cvce C.V.Ce
- Cvxcm C.V.Xcm
- D'Antonio
- Daai D.A.Ai
- Dad D.Ad
- Dah D.Ah
- Daj D.Aj
- Dak D.Ak
- Dak D.Ak
- Dak D.Ak
- Dak D.Ak
- Dal D.Al
- Dan D.An
- Danilishin
- Danzmann
- Daqdw D.Aqdw
- Darman
- Das D.As
- Dat D.A.T
- Datau D.Atau
- Dattilo
- Dave
- Daveloza
- Davier
- Davies
- Daw
- Day
- Dba D.B.A
- Dbai D.B.Ai
- Dbe D.B.E
- Dbg D.Bg
- Dbm D.Bm
- Dbt D.Bt
- Dca D.C.A
- Dce D.Ce
- Dcvai D.C.Vai
- Dcy D.Cy
- Ddas D.D.As
- Ddz D.Dz
- De Laurentis M
- De Rosa R
- De
- De D.E
- De D.E
- Debra
- Debreczeni
- Debw D.E.Bw
- Degallaix
- Deléglise
- Denker
- Dent
- Dereli
- Dergachev
- Derosa
- Desalvo
- Det D.E.T
- Df D.F
- Df D.F
- Dg D.G
- Dg D.G
- Dgay D.G.Ay
- Dgh D.G.H
- Dh D.H
- Dh D.H
- Dhae D.H.Ae
- Dhbn D.Hbn
- Dhj D.H.J
- Dhq D.Hq
- Dhq D.Hq
- Dhurandhar
- Diaz Casanueva
- Diz D.I.Z
- Djam D.J.Am
- Djax D.J.Ax
- Djch D.J.Ch
- Djcz D.J.Cz
- Djcz D.J.Cz
- Djt D.J.T
- Dlf D.L.F
- Dmay D.M.Ay
- Dmb D.M.B
- Dmbk D.M.Bk
- Dojcinoski
- Dolique
- Donovan
- Dooley
- Doravari
- Douglas
- Downes
- Dp D.P
- Drago
- Drak D.R.Ak
- Drever
- Driggers
- Ds D.S
- Dst D.S.T
- Du
- Du D.U
- Ducrot
- Dva D.V.A
- Dw D.W
- Dwyer
- Díaz
- Ea E.A
- Eaa E.A.A
- Eaaj E.A.Aj
- Eab E.Ab
- Eacdda E.A.Cdda
- Ead E.Ad
- Ead E.Ad
- Eade E.A.De
- Eah E.Ah
- Eah E.Ah
- Eak E.Ak
- Eck E.C.K
- Ect E.Ct
- Eda E.D.A
- Edbo E.Dbo
- Edj E.Dj
- Edo
- Edwards
- Eebk E.E.Bk
- Eedp E.E.Dp
- Effler
- Egas E.G.As
- Eggenstein
- Eh E.H
- Ehrens
- Eichholz
- Eikenberry
- Ej E.J
- Ej E.J
- Eja E.J.A
- Ejay E.J.Ay
- Ejch E.J.Ch
- Ejcz E.J.Cz
- Ejdu E.J.Du
- Eka E.K.A
- Elmy E.Lmy
- Emy E.My
- Engels
- Eoadbr E.O.Adbr
- Ep E.P
- Essick
- Etzel
- Evans
- Evans
- Everett
- Fabca F.Abca
- Fabca F.Abca
- Factourovich
- Fafag F.Afag
- Fafag F.Afag
- Fafone
- Fagdn F.Agdn
- Fah F.Ah
- Fah F.Ah
- Fah F.Ah
- Fai F.Ai
- Fair
- Fairhurs
- Fak F.Ak
- Fan
- Fang
- Farinon
- Farr
- Farr
- Fau F.Au
- Favata
- Fays
- Fba F.Ba
- Fba F.Ba
- Fbc F.Bc
- Fbebf F.Bebf
- Fbebf F.Bebf
- Fbebf F.Bebf
- Fbn F.Bn
- Fcd F.Cd
- Fcd F.Cd
- Fcm F.Cm
- Fcm F.Cm
- Fehrmann
- Fejer
- Feldbaum
- Ferrante
- Ferreira
- Ferrini
- Fg F.G
- Fh F.H
- Fhq F.Hq
- Fidecaro
- Finn
- Fiore Di
- Fiori
- Fiorucci
- Fisher
- Fj F.J
- Fj F.J
- Fj F.J
- Fjak F.J.Ak
- Flaminio
- Fletcher
- Fong
- Fournier
- Franco
- Frasca
- Frasconi
- Frede
- Frei
- Freise
- Frey
- Frey
- Fricke
- Fritschel
- Frolov
- Frs F.Rs
- Fs F.S
- Fsah F.Sah
- Fulda
- Fw F.W
- Fw F.W
- Fyaw F.Y.Aw
- Fyffe
- Ga G.A
- Ga G.A
- Ga G.A
- Gabbard
- Gackcl G.A.Ckcl
- Gah G.Ah
- Gah G.Ah
- Gah G.Ah
- Gair
- Gaj G.Aj
- Gaj G.Aj
- Gaj G.Aj
- Gak G.Ak
- Gak G.Ak
- Gal G.Al
- Gammaitoni
- Gaonkar
- Gap G.Ap
- Garufi F
- Gatto
- Gau G.Au
- Gaur
- Gb G.B
- Gba G.Ba
- Gbebf G.Bebf
- Gbebf G.Bebf
- Gbf G.Bf
- Gblbm G.Blbm
- Gby G.By
- Gce G.Ce
- Gcj G.Cj
- Gcpcq G.Cpcq
- Gdhac G.D.Hac
- Gdp G.Dp
- Ge G.E
- Ge G.E
- Ge G.E
- Gehrels
- Gemme
- Gendre
- Genin
- Gennai
- George
- Gergely
- Germain
- Gf G.F
- Gf G.F
- Gh G.H
- Gh G.H
- Gh G.H
- Gh G.H
- Gha G.H.A
- Ghdt G.H.Dt
- Ghosh
- Ghosha
- Ghosho Abhirup
- Giaime
- Giardina
- Giaz G.Iaz
- Giazotto
- Gill
- Giovanni Di
- Gl G.L
- Glaefke
- Gleason
- Glt G.L.T
- Gmbebf G.M.Bebf
- Gmcw G.M.Cw
- Goetz
- Goetz
- Gondan
- González
- Gopakumar
- Gordon
- Gorodetsky
- Gossan
- Gosselin
- Gouaty
- Graef
- Graff
- Granata
- Grant
- Gras
- Gray
- Greco
- Green
- Greenhalgh
- Groot
- Grote
- Grs G.Rs
- Grunewald
- Gs G.S
- Gsaj G.S.Aj
- Guidi
- Guo
- Gupta
- Gupta
- Gushwa
- Gustafson
- Gustafson
- Gv G.V
- Gv G.V
- Gv G.V
- Gz G.Z
- H-Bh H.-B.h
- Ha H.A
- Hacker
- Hafag H.Afag
- Hagu H.A.G.U
- Hai H.Ai
- Haj H.Aj
- Hak H.Ak
- Hall
- Hall
- Hammond
- Haney
- Hanke
- Hanks
- Hanna
- Hannam
- Hanson
- Hardwick
- Haris
- Harms
- Harry
- Harry
- Hart
- Hartman
- Has H.As
- Has H.As
- Has H.As
- Haster
- Haughian
- Hba H.Ba
- Hba H.Ba
- Hbq H.Bq
- Hbu H.Bu
- Hby H.By
- Hdp H.Dp
- Healy
- Heefner
- Heidmann
- Heijningen Van
- Heintze
- Heinzel
- Heitmann
- Hello
- Hemming
- Hendry
- Heng
- Hennig
- Heptonstall
- Heurs
- Hf H.F
- Hh H.H
- Hh H.H
- Hhq H.Hq
- Hhq H.Hq
- Hild
- Hj H.J
- Hjibi H.J.Ibi
- Hkdg H.K.Dg
- Hmdk H.M.Dk
- Hnaj H.N.Aj
- Hoak
- Hodge
- Hofman
- Hollitt
- Holt
- Holz
- Hopkins
- Hosken
- Hough
- Houston
- Howell
- Hp H.P
- Hpacbq H.P.Acbq
- Hpce H.P.Ce
- Hq H.Q
- Hran H.R.An
- Hsby H.S.By
- Hu
- Huang
- Huerta
- Huet
- Hughey
- Husa
- Huttner
- Huynh-Dinh
- Hybw H.Y.Bw
- Iaaw I.A.Aw
- Iah I.Ah
- Iam I.Am
- Iar I.Ar
- Ias I.As
- Iav I.Av
- Idm I.Dm
- Idrisy
- If I.F
- Ihac I.Hac
- Il I.L
- Imcied I.M.Cied
- Imy I.My
- Indik
- Ingram
- Inta
- Irs I.Rs
- Isa
- Isac
- Isaj I.S.Aj
- Isi
- Islas
- Isogai
- Iwac I.W.Ac
- Iwaj I.W.Aj
- Iyer
- Izumi
- J-Dba J.-D.ba
- J-Mbh J.-M.bh
- J-Pap J.-P.ap
- J-Pba J.-P.ba
- J-Yba J.-Y.ba
- Ja J.A
- Ja J.A
- Jabf J.A.Bf
- Jabk J.A.Bk
- Jacobson
- Jacqmin
- Jaj J.Aj
- Jaj J.Aj
- Jaj J.Aj
- Jaj J.Aj
- Jaj J.Aj
- Jaj J.Aj
- Jak J.Ak
- Jak J.Ak
- Jak J.Ak
- Jak J.Ak
- Jak J.Ak
- Jak J.Ak
- Jang
- Jani
- Jaranowski
- Jas J.As
- Jav J.Av
- Jawahar
- Jay J.Ay
- Jb J.B
- Jba J.B.A
- Jbbp J.B.Bp
- Jbebf J.Bebf
- Jbkbn J.Bkbn
- Jbm J.Bm
- Jbr J.Br
- Jbz J.Bz
- Jca J.C.A
- Jcak J.C.Ak
- Jcak J.C.Ak
- Jcd J.Cd
- Jcv J.Cv
- Jcx J.Cx
- Jcx J.Cx
- Jcz J.Cz
- Jdce J.D.Ce
- Jdep J.D.E.P
- Jdf J.Df
- Jdhq J.D.Hq
- Je J.E
- Jeai J.E.Ai
- Jebg J.E.Bg
- Jf J.F
- Jf J.F
- Jf J.F
- Jfjibi J.F.J.Ibi
- Jga J.G.A
- Jh J.H
- Jhac J.Hac
- Jhf J.H.F
- Jhh J.H.H
- Jht J.H.T
- Ji J.I
- Jiménez-Forteza
- Jj J.J
- Jjdu J.J.Du
- Jjv J.J.V
- Jka J.K.A
- Jlaj J.L.Aj
- Jlec J.L.Ec
- Jmrs J.M.Rs
- Jn J.N
- Jna J.N.A
- Johnson
- Johnson
- Jones
- Jones
- Jonker
- Jraict J.R.Aict
- Jrbg J.R.Bg
- Jrco J.R.Co
- Jre J.R.E
- Jrh J.R.H
- Jrk Jr.K
- Jrv J.R.V
- Jsak J.S.Ak
- Jsce J.S.Ce
- Jsv J.S.V
- Jthcx J.T.Hcx
- Ju
- Jv J.V
- Jvi J.V.I
- Jw J.W
- Ka K.A
- Kaa K.A.A
- Kaaj K.A.Aj
- Kaf K.A.F
- Kaj K.Aj
- Kaj K.Aj
- Kaj K.Aj
- Kak K.Ak
- Kak K.Ak
- Kak K.Ak
- Kalaghatgi
- Kalogera
- Kandhasamy
- Kang
- Kanner
- Karki
- Kasprzack
- Katsavounidis
- Katzman
- Kaufer
- Kaur
- Kawabe
- Kawazoe
- Kb K.B
- Kbabk K.Babk
- Kbk K.Bk
- Kcbq K.C.Bq
- Kcs K.Cs
- Kct K.Ct
- Kcy K.Cy
- Kdd K.Dd
- Kdf K.D.F
- Kdg K.Dg
- Ke K.E
- Kea K.E.A
- Kea K.Ea
- Kehl
- Keitel
- Kelley
- Kells
- Kennedy
- Keppel
- Key
- Kf K.F
- Kgx K.G.X
- Kh K.H
- Kh K.H
- Kh K.H
- Khalaidovski
- Khalili
- Khan
- Khan
- Khan
- Khazanov
- Khq K.Hq
- Ki K.I
- Kijbunchoo
- Kim
- Kim
- Kim
- Kim
- Kiman Namjun
- Kimby Nam-Gyu
- King
- King
- Kinzel
- Kissel
- Kj K.J
- Kleybolte
- Klimenko
- Klu K.L.U
- Koehlenbeck
- Kokeyama
- Koley
- Kondrashov
- Kontos
- Koranda
- Korobko
- Korth
- Kowalska
- Kozak
- Kringel
- Krishnan
- Krueger
- Królak
- Ksbx K.S.Bx
- Kuehn
- Kumar
- Kumar
- Kuo
- Kutynia
- Kvdc K.V.Dc
- Kwee
- Kéfélian
- L-Wba L.-W.ba
- La L.A
- La L.A
- Laa L.Aa
- Labca L.Abca
- Lackey
- Lafag L.Afag
- Lah L.Ah
- Lai L.Ai
- Laj L.Aj
- Lam L.Am
- Landry
- Lange
- Lantz
- Lap L.Ap
- Lap L.Ap
- Lasky
- Lau L.Au
- Law L.Aw
- Lay L.Ay
- Lay L.Ay
- Lazzarini
- Lazzaro
- Lba L.Ba
- Lbb L.Bb
- Lbebf L.Bebf
- Lbk L.Bk
- Lbm L.Bm
- Lbu L.Bu
- Lcc L.Cc
- Lcg L.Cg
- Lcgdj L.Cgdj
- Lcr L.Cr
- Ld L.D
- Le L.E
- Leaci
- Leavey
- Lebigot
- Lee
- Lee
- Lee
- Lee
- Leeb L.E.Eb
- Lenon
- Leonardi
- Leong
- Leroy
- Letendre
- Levin
- Levine
- Lg L.G
- Lh L.H
- Li
- Li L.I
- Libson
- Lieto Di
- Littenberg
- Lj L.J
- Lkai L.K.Ai
- Llm L.Lm
- Lmcd L.M.Cd
- Lockerbie
- Logue
- Lombardi
- London
- Lord
- Lorenzini
- Loriette
- Lormand
- Losurdo
- Lough
- Lousto
- Lovelace
- Lp L.P
- Lpbp L.P.Bp
- Lra L.R.A
- Lsbt L.S.Bt
- Lsdy L.Sdy
- Ltcm L.T.Cm
- Lundgren
- Luo
- Lynch
- Lück
- M .
- Ma
- Ma M.A
- Ma M.A
- Ma M.A
- Maa M.Aa
- Maa M.Aa
- Maak M.A.Ak
- Mabca M.Abca
- Mac M.Ac
- Macdonald
- Machenschalk
- Macinnis
- Macleod
- Mad M.Ad
- Mad M.Ad
- Mae M.A.E
- Mae M.Ae
- Mag M.Ag
- Magaña-Sandoval
- Magee
- Mageswaran
- Mah M.Ah
- Mah M.Ah
- Mah M.Ah
- Mah M.Ah
- Mah M.Ah
- Mahpac M.A.Hpac
- Maj M.Aj
- Maj M.Aj
- Maj M.Aj
- Maj M.Aj
- Maj M.Aj
- Maj M.Aj
- Majorana
- Mak M.Ak
- Maksimovic
- Mal M.Al
- Malvezzi
- Mam M.Am
- Man
- Mandel
- Mandic
- Mangano
- Mansell
- Manske
- Mantovani
- Maoap M.Aoap
- Maoap M.Aoap
- Maq M.Aq
- Marchesoni
- Marion
- Markosyan
- Maros
- Martelli
- Martellini
- Martin
- Martin
- Martynov
- Marx
- Mas M.As
- Mason
- Masserot
- Massinger
- Masso-Reid
- Matau M.Atau
- Matichard
- Matone
- Mavalvala
- Maw M.A.W
- Mazumder
- Mazzolo
- Mb M.B
- Mba M.B.A
- Mba M.Ba
- Mba M.Ba
- Mba M.Ba
- Mba M.Ba
- Mbebf M.Bebf
- Mbebf M.Bebf
- Mbj M.Bj
- Mbm M.Bm
- Mbn M.Bn
- Mbwah M.Bwah
- Mbx M.Bx
- Mca M.C.A
- Mcbz M.C.Bz
- Mccarthy
- Mcce M.C.Ce
- Mcckcl M.C.Ckcl
- Mcclelland
- Mccormick
- Mcd M.Cd
- Mcd M.Cd
- Mcdaniela
- Mce M.Ce
- Mcef M.C.Ef
- Mcguire
- Mcied M.Cied
- Mcintyre
- Mciver
- Mcj M.Cj
- Mckcl M.Ckcl
- Mcm M.Cm
- Mcmanus
- Mcr M.Cr
- Mcs M.Cs
- Mcu M.Cu
- Mcwilliams
- Mdcm M.D.Cm
- Mdd M.Dd
- Mdp M.Dp
- Meacher
- Meadors
- Meaj M.E.Aj
- Meb M.Eb
- Meidam
- Melatos
- Mence M.E.N.Ce
- Mendell
- Mendoza-Gandara
- Mercer
- Merilh
- Merzougui
- Meshkov
- Messenger
- Messick
- Meyers
- Mezzani
- Mf M.F
- Mf M.F
- Mf M.F
- Mg M.G
- Mg M.G
- Mg M.G
- Mh M.H
- Mh M.H
- Mh M.H
- Mh M.H
- Mh M.H
- Mh M.H
- Mh M.H
- Mhckcl M.Hckcl
- Mhhq M.H.Hq
- Mhq M.Hq
- Mi M.I
- Mi M.I
- Miao
- Michel
- Middleton
- Mikhailov
- Milano L
- Miller
- Millhouse
- Minenkov
- Ming
- Mirshekari
- Mishra
- Mitra
- Mitrofanov
- Mitselmakher
- Mittleman
- Mj M.J
- Mj M.J
- Mj M.J
- Mjaj M.J.Aj
- Mjcs M.J.Cs
- Mjf M.J.F
- Mjt M.J.T
- Mkcq M.K.Cq
- Mkmi M.K.M.I
- Mlaw M.L.Aw
- Mlm M.Lm
- Mman M.M.An
- Mmh M.M.H
- Moggi
- Mohan
- Mohapatra
- Montani
- Moore
- Moore
- Moraru
- Moreno
- Morriss
- Mossavi
- Mours
- Mow-Lowry
- Mp M.P
- Mpa M.P.A
- Mra M.R.A
- Mra M.R.A
- Mrs M.Rs
- Mrs M.Rs
- Msbq M.S.Bq
- Mscd M.S.Cd
- Mte M.T.E
- Mu M.U
- Mueller
- Mueller
- Muir
- Mukherjee
- Mukherjee
- Mukherjeeo Arunava
- Mukund
- Mullavey
- Munch
- Murphy
- Murray
- Mw M.W
- Mwbz M.W.Bz
- Mytidis
- Márka
- Márka
- Naaaj N.A.Aaj
- Naaj N.A.Aj
- Nabz N.A.Bz
- Nadc N.A.Dc
- Nae N.Ae
- Nak N.Ak
- Nardecchia
- Naticchioni
- Nayak
- Nba N.Ba
- Nbd N.Bd
- Nbm N.Bm
- Nbp N.Bp
- Nbz N.Bz
- Nda N.D.A
- Necula
- Nedkova
- Nelemans
- Neri
- Neunzert
- Newton
- Ng N.G
- Nguyen
- Nh N.H
- Ni N.I
- Nielsen
- Nissanke
- Nitz
- Nj N.J
- Nj N.J
- Nko N.K.O
- Nmj N.M.J
- Nn N.N
- Nocera
- Nolting
- Normandin
- Nscg N.S.Cg
- Nuttall
- Nw N.W
- Nw N.W
- O'Dell
- O'Reilly
- O'Shaughnessy
- Oabca O.Abca
- Oberling
- Ochsner
- Oct O.Ct
- Ode O.De
- Odk O.D.K
- Oelker
- Ogin
- Oh
- Oh
- Oh O.H
- Oh O.H
- Oh O.H
- Ohme
- Oliver
- Oppermann
- Oramf Richard J.
- Ott
- Ottaway
- Ottens
- Overmier
- Owen
- P-Fbh P.-F.bh
- Pa P.A
- Pa P.A
- Paa P.A.A
- Pab P.Ab
- Pab P.Ab
- Pabacca P.Abacca
- Pabca P.Abca
- Pabx P.Abx
- Pace Di
- Pad P.Ad
- Pah P.Ah
- Pah P.Ah
- Pai
- Pai
- Pak P.Ak
- Pal-Singh
- Palamos
- Palashov
- Palma Di
- Palomba
- Pan
- Pan
- Pankow
- Pannarale
- Pant
- Paoletti
- Paoli
- Papa
- Paris
- Parker
- Pascucci
- Pasqualetti
- Passaquieti
- Passuello
- Pat P.A.T
- Patricelli
- Patrick
- Paz P.Az
- Pbb P.Bb
- Pbb P.Bb
- Pbbj P.B.Bj
- Pbg P.Bg
- Pbj P.Bj
- Pbq P.Bq
- Pbv P.Bv
- Pc P.C
- Pcm P.Cm
- Pdb P.Db
- Pddj P.D.Dj
- Pe P.E
- Pearlstone
- Pedraza
- Pedurand
- Pekowsky
- Pele
- Penn
- Perreca
- Pfeiffer
- Pgaj P.G.Aj
- Ph P.H
- Ph P.H
- Ph P.H
- Ph P.H
- Phelps
- Piccinni
- Pichot
- Pickenpack
- Piergiovanni
- Pierro
- Pillant
- Pinard
- Pinto
- Pitkin
- Pj P.J
- Pjak P.J.Ak
- Pjcm P.J.Cm
- Pjcz P.J.Cz
- Pmcf P.M.Cf
- Po P.O
- Poeld
- Poggiani
- Popolizio
- Post
- Powell
- Pozzo Del
- Pp P.P
- Prai P.R.Ai
- Prasad
- Predoi
- Premachandra
- Prestegard
- Price
- Prijatelj
- Principe
- Privitera
- Prix
- Prodi
- Prokhorov
- Prp P.R.P
- Ptae P.T.Ae
- Puncken
- Punturo
- Puppo
- Pw P.W
- Pürrer
- Qay Q.Ay
- Qay Q.Ay
- Qi
- Qin
- Quetschke
- Quintero
- Quitzow-James
- Ra R.A
- Ra R.A
- Ra R.A
- Ra R.A
- Raa R.Aa
- Raab
- Rabeling
- Radkins
- Raffai
- Rah R.Ah
- Rah R.Ah
- Raj R.Aj
- Raj R.Aj
- Raj R.Aj
- Raj R.Aj
- Raja
- Rak R.Ak
- Rakhmanov
- Ramet
- Ran R.An
- Rap R.A.P
- Rapagnani
- Rav R.Av
- Rax R.Ax
- Raymond
- Razzano
- Rb R.B
- Rbg R.Bg
- Rbg R.Bg
- Rbm R.Bm
- Rbmcn R.Bmcn
- Rbs R.Bs
- Rbs R.Bs
- Rbt R.Bt
- Rcd R.Cd
- Rce R.Ce
- Rch R.Ch
- Rcied R.Cied
- Rcj R.C.J
- Rct R.Ct
- Rcx R.Cx
- Rda R.D.A
- Rdq R.Dq
- Re
- Re R.E
- Read
- Reed
- Regimbau
- Rei
- Reid
- Reitze
- Rew
- Reyes
- Rg R.G
- Rg R.G
- Rh R.H
- Rh R.H
- Ricci
- Riles
- Rj R.J
- Rj R.J
- Rj R.J
- Rj R.J
- Rjea R.J.E.A
- Rjgi R.J.G.I
- Rjscv R.J.S.Cv
- Rkds R.K.Ds
- Rlak R.L.Ak
- Rlan R.L.An
- Rlt R.L.T
- Rmak R.M.Ak
- Rmbd R.M.Bd
- Rme R.M.E
- Rmsbg R.M.S.Bg
- Robertson
- Robie
- Robinet
- Rocchi
- Rolland
- Rollins
- Roma
- Romano
- Romano
- Romanov
- Romie
- Rosińska
- Rowan
- Rpai R.P.Ai
- Rrs R.Rs
- Rrs R.Rs
- Rse R.S.E
- Rtf R.T.F
- Ruggi
- Rwpa R.W.P.A
- Rxa R.X.A
- Ryan
- Rüdiger
- Sa S.A
- Sa S.A
- Sa S.A
- Saai S.A.Ai
- Saav S.A.Av
- Sabca S.Abca
- Sabca S.Abca
- Sac S.Ac
- Sac S.Ac
- Sac S.Ac
- Sachdev
- Sadecki
- Sadeghian
- Sah S.Ah
- Sai S.Ai
- Sai S.Ai
- Saj S.Aj
- Saj S.Aj
- Saj S.Aj
- Saj S.Aj
- Salconi
- Saleem
- Salemi
- Sam S.Am
- Samajdar
- Sammut
- Sampson
- Sanchez
- Sandberg
- Sandeen
- Sanders
- Sanders
- Sas S.As
- Sassolas
- Sathyaprakash
- Sau S.Au
- Saulson
- Sauter
- Sav S.Av
- Savage
- Saw S.Aw
- Sawadsky
- Sax S.Ax
- Say S.Ay
- Saz S.Az
- Sba S.B.A
- Sbcd S.B.Cd
- Sbg S.Bg
- Sbh S.Bh
- Sbh S.Bh
- Sbn S.Bn
- Sbs S.Bs
- Sbu S.Bu
- Sbu S.Bu
- Scdo S.C.Do
- Sce S.Ce
- Schaaf Van Der
- Schale
- Schilling
- Schmidt
- Schmidt
- Schnabel
- Schofield
- Schreiber
- Schuette
- Schutz
- Schönbeck
- Scm S.Cm
- Scm S.Cm
- Scott
- Scott
- Sdai S.D.Ai
- Sdc S.Dc
- Sdq S.Dq
- Sdv S.Dv
- Se S.E
- Sea S.E.A
- Sea S.E.A
- Seaj S.E.Aj
- Seak S.E.Ak
- Secy S.E.Cy
- Secz S.E.Cz
- Sellers
- Sengupta
- Sentenac
- Sequino
- Sergeev
- Serna
- Setyawati
- Sevigny
- Sf S.F
- Sfh S.Fh
- Sgcf S.G.Cf
- Sgn S.G.N
- Shaddock
- Shaffer
- Shah
- Shahriar
- Shaj S.H.Aj
- Shaltev
- Shao
- Shapiro
- Shawhan
- Shdu S.H.Du
- Sheperd
- Shoemaker
- Shoemaker
- Shpac S.Hpac
- Si S.I
- Siaz S.Iaz
- Siaz S.Iaz
- Siaz S.Iaz
- Siellez
- Siemens
- Sigg
- Silva
- Simakov
- Singer
- Singer
- Singh
- Singh
- Sintes
- Sj S.J
- Sj S.J
- Sj S.J
- Sjbt S.J.Bt
- Sjj S.J.J
- Sl S.L
- Slagmolen
- Slaj S.L.Aj
- Sm S.M
- Smf S.M.F
- Smh S.M.H
- Smith
- Smith
- Smith
- Smith
- Smt S.M.T
- Smy S.My
- Sn S.N
- Sn S.N
- Snbd S.Nbd
- Son
- Sorazu
- Sorrentino
- Souradeep
- Sp S.P
- Sp S.P
- Spas S.P.As
- Spaw S.P.Aw
- Sph S.P.H
- Sq S.Q
- Srce S.R.Ce
- Srivastava
- Srpj S.R.P.J
- Ssdj S.S.Dj
- Sse S.S.E
- Staley
- Stam S.T.Am
- Stda S.T.Da
- Steinke
- Steinlechner
- Steinlechner
- Steinmeyer
- Stephens
- Stevenson
- Stone
- Strain
- Straniero
- Stratta
- Strauss
- Strigin
- Sturani
- Stuver
- Su S.U
- Summerscales
- Sun
- Sutton
- Sw S.W
- Swai S.W.Ai
- Swinkels
- Szczepańczyk
- Ta T.A
- Ta T.A
- Ta T.A
- Tacca
- Tai T.Ai
- Tak T.Ak
- Tak T.Ak
- Talukder
- Tan T.An
- Tanner
- Tar T.Ar
- Tarabrin
- Taracchini
- Tay T.Ay
- Taylor
- Tb T.B
- Tba T.Ba
- Tbch T.B.Ch
- Tbdl T.B.Dl
- Tbh T.Bh
- Tbh T.Bh
- Tcf T.Cf
- Tdb T.D.B
- Tdce T.D.Ce
- Tf T.F
- Tf T.F
- Tg T.G
- Tgfa T.G.F.A
- Th T.H
- Th T.H
- Th T.H
- Th T.H
- Theeg
- Thirugnanasambandam
- Thomas
- Thomas
- Thomas
- Thorne
- Thorne
- Thq T.Hq
- Thrane
- Tiwari
- Tiwari
- Tj T.J
- Tjai T.J.Ai
- Tmf T.M.F
- Tn T.N
- Tokmakov
- Tomlinson
- Tonelli
- Torres
- Torrie
- Tpj T.P.J
- Tpp T.P.P
- Travasso
- Traylor
- Trb T.R.B
- Trifirò
- Tringali
- Trozzo
- Tse
- Tth T.T.H
- Ttt T.T.T
- Turconi
- Tuyenbayev
- Tzdx T.Z.Dx
- Tápai
- Töyrä
- Ugolini
- Unnikrishnan
- Urban
- Usman
- Va V.A
- Va V.A
- Vac V.Ac
- Vah V.Ah
- Vah V.Ah
- Vahlbruch
- Vaj V.Aj
- Vajente
- Vak V.Ak
- Valdes
- Vallisneri
- Vander-Hyde
- Vardaro
- Vass
- Vasúth
- Vaulin
- Vbaw V.B.Aw
- Vbh V.B.H
- Vbm V.Bm
- Vcd V.Cd
- Vce V.Ce
- Vcf V.Cf
- Vcied V.Cied
- Vcm V.Cm
- Vcm V.Cm
- Vdm V.Dm
- Ve V.E
- Vecchio
- Vedovato
- Veggel Van
- Veitch
- Veitch
- Venkateswara
- Verkindt
- Vetrano
- Vg V.G
- Vh V.H
- Viceré
- Vinciguerra
- Vine
- Vinet
- Virgilio Di
- Vitale
- Vjbg V.J.Bg
- Vlmy V.Lmy
- Vmy V.My
- Vmy V.My
- Vo
- Vocca
- Vorvick
- Voss
- Vousden
- Vpaw V.P.Aw
- Vrs V.Rs
- Vvf V.V.F
- Vw V.W
- Vw V.W
- Vy V.Y
- Vyatchanin
- Wa W.A
- Wade
- Wade
- Wade
- Waldman
- Walker
- Wallace
- Walsh
- Wang
- Wang
- Wang
- Wang
- Wang
- Ward
- Ward
- Warner
- Was
- Was W.As
- Wbx W.Bx
- Wdas W.D.As
- Weaver
- Wei
- Weinert
- Weinstein
- Weiss
- Welborn
- Wen
- Westphal
- Wette
- Weßels
- Wf W.F
- Wf W.F
- Wgp W.G.P
- Wh W.H
- Whelan
- Whitcomb
- White
- Whiting
- Wiesner
- Wilkinson
- Willems
- Williams
- Williams
- Williamson
- Willis
- Willke
- Wimmer
- Winkelmann
- Winkler
- Wipf
- Wiseman
- Wittel
- Wj W.J
- Wmas W.M.As
- Woan
- Worden
- Wright
- Wu
- Wwb W.W.B
- Wza W.Z.A
- Xbr X.Br
- Xbr X.Br
- Xbr X.Br
- Xjay X.J.Ay
- Xp X.P
- Y-Mdf Y.-M.df
- Yablon
- Yad Y.Ad
- Yakushin
- Yam
- Yamamoto
- Yancey
- Yap
- Yay Y.Ay
- Yay Y.Ay
- Ybj Y.Bj
- Ybx Y.Bx
- Ycx Y.Cx
- Ydj Y.Dj
- Yiaz Y.Iaz
- Ym Y.M
- Ymaj Y.M.Aj
- Yu
- Yvert
- Za Z.A
- Zadrozny
- Zam Z.Am
- Zan Z.An
- Zangrando
- Zanolin
- Zbb Z.Bb
- Zbr Z.Br
- Zcd Z.Cd
- Zcq Z.Cq
- Zendri
- Zevin
- Zhang
- Zhang
- Zhang
- Zhang
- Zhao
- Zhou
- Zhou
- Zhu
- Zucker
- Zuraw
- Zweizig
- Publication venue
- 'World Scientific Pub Co Pte Lt'
- Publication date
- 01/01/2017
- Field of study
Recommended from our members
First targeted search for gravitational-wave bursts from core-collapse supernovae in data of first-generation laser interferometer detectors
- Author
- Abbott B. P
- Abbott R
- Abbott T. D
- Abernathy M. R
- Acernese F
- Ackley K
- Adams C
- Addesso P
- Adhikari R. X
- Adya V. B
- Affeldt C
- Agathos M
- Agatsuma K
- Aggarwal N.T
- Aguiar O. D
- Aiello L
- Ain A
- Ajith P
- Allen B
- Allocca A
- Altin P. A
- Anderson S. B
- Anderson W. G
- Arai K
- Araya M. C
- Arceneaux C. C
- Areeda J. S
- Arnaud N
- Arun K. G
- Ascenzi S
- Ashton G
- Ast M
- Aston S. M
- Astone P
- Aufmuth P
- Aulbert C
- Babak S
- Bacon P
- Bader M. K. M
- Baiardi L. Cerboni
- Baker P. T
- Baldaccini F
- Ballardin G
- Ballmer S. W
- Barayoga J. C
- Barclay S. E
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- Zuraw S. E
- Zweizig J
- Publication venue
- Publication date
- 15/11/2016
- Field of study
We present results from a search for gravitational-wave bursts coincident with two core-collapse supernovae observed optically in 2007 and 2011. We employ data from the Laser Interferometer Gravitational-wave Observatory (LIGO), the Virgo gravitational-wave observatory, and the GEO 600 gravitational-wave observatory. The targeted core-collapse supernovae were selected on the basis of (1) proximity (within approximately 15 Mpc), (2) tightness of observational constraints on the time of core collapse that defines the gravitational-wave search window, and (3) coincident operation of at least two interferometers at the time of core collapse. We find no plausible gravitational-wave candidates. We present the probability of detecting signals from both astrophysically well-motivated and more speculative gravitational-wave emission mechanisms as a function of distance from Earth, and discuss the implications for the detection of gravitational waves from core-collapse supernovae by the upgraded Advanced LIGO and Virgo detectors
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- Abbott R
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- Abernathy M. R
- Abhirup Ghosh Ghosh
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- Arun K. G
- Arunava Mukherjee Mukherjee
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- Publication venue
- World Scientific Publishing Co. Pte. Ltd
- Publication date
- 01/04/2017
- Field of study
Albert Einstein's general theory of relativity, first published a century ago, was described by physicist Max Born as "the greatest feat of human thinking about nature."We report on two major scientific breakthroughs involving key predictions of Einstein's theory: the first direct detection of gravitational waves and the first observation of the collision and merger of a pair of black holes. This cataclysmic event, producing the gravitational-wave signal GW150914, took place in a distant galaxy more than one billion light years from the Earth. It was observed on September 14, 2015 by the two detectors of the Laser Interferometer Gravitational-Wave Observatory (LIGO), arguably the most sensitive scientific instruments ever constructed. LIGO estimated that the peak gravitational-wave power radiated during the final moments of the black hole merger was more than ten times greater than the combined light power from all the stars and galaxies in the observable Universe. This remarkable discovery marks the beginning of an exciting new era of astronomy as we open an entirely new, gravitational-wave window on the Universe