240 research outputs found
Combinatorial Markov chains on linear extensions
- Author
- A. Björner
- A. Björner
- A. Karzanov
- A.H. Clifford
- Anne Schilling
- Arvind Ayyer
- B. Steinberg
- B. Steinberg
- C. Berg
- C. Malvenuto
- C.A. Athanasiadis
- D.A. Levin
- G. Brightwell
- G. Letac
- J.-É. Dies
- J.A. Fill
- J.A. Green
- K.S. Brown
- K.S. Brown
- K.S. Brown
- M. Schocker
- M.D. Haiman
- M.L. Tsetlin
- M.P. Schützenberger
- P. Bidigare
- P. Donnelly
- P. Edelman
- R. Bubley
- R.M. Phatarfod
- R.P. Stanley
- S. Kapoor
- Steven Klee
- W.J. Hendricks
- W.J. Hendricks
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2013
- Field of study
We consider generalizations of Schuetzenberger's promotion operator on the
set L of linear extensions of a finite poset of size n. This gives rise to a
strongly connected graph on L. By assigning weights to the edges of the graph
in two different ways, we study two Markov chains, both of which are
irreducible. The stationary state of one gives rise to the uniform
distribution, whereas the weights of the stationary state of the other has a
nice product formula. This generalizes results by Hendricks on the Tsetlin
library, which corresponds to the case when the poset is the anti-chain and
hence L=S_n is the full symmetric group. We also provide explicit eigenvalues
of the transition matrix in general when the poset is a rooted forest. This is
shown by proving that the associated monoid is R-trivial and then using
Steinberg's extension of Brown's theory for Markov chains on left regular bands
to R-trivial monoids.Comment: 35 pages, more examples of promotion, rephrased the main theorems in
terms of discrete time Markov chain
Identification of Candida species isolated from cows suffering mastitis in four Brazilian states
- Author
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Asymptotics for products of characteristic polynomials in classical β-Ensembles
- Author
- A. Borodin
- A. Edelman
- A. Edelman
- A. Korányi
- A. Mironov
- B. Valkó
- B. Valkó
- D. Holcomb
- Dang-Zheng Liu
- E. Brézin
- F.W.J. Olver
- G. Akemann
- G. Caër Le
- G.E. Andrews
- H. Kösters
- I. Dumitriu
- I. Dumitriu
- I. Dumitriu
- I. Dumitriu
- I.G. Macdonald
- I.S. Gradshteyn
- J. Baik
- J. Kaneko
- J.A. Ramírez
- J.A. Ramírez
- J.A. Ramírez
- J.P. Keating
- K. Aomoto
- K. Breitung
- K.W.J. Kadell
- L.C. Hsu
- L.O. Chekhov
- M. Bergère
- M. Kontsevich
- M.L. Mehta
- P. Desrosiers
- P. Desrosiers
- P. Koev
- P.J. Forrester
- P.J. Forrester
- P.J. Forrester
- P.J. Forrester
- P.J. Forrester
- Patrick Desrosiers
- R. Killip
- R. Killip
- R.P. Stanley
- S. Jacquot
- S. Matsumoto
- S. Matsumoto
- S. Matsumoto
- T. Nagao
- T.H. Baker
- Y. Kuramoto
- Z. Yan
- Z.G. Su
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 12/06/2013
- Field of study
We study the local properties of eigenvalues for the Hermite (Gaussian),
Laguerre (Chiral) and Jacobi β-ensembles of N×N random matrices.
More specifically, we calculate scaling limits of the expectation value of
products of characteristic polynomials as N→∞. In the bulk of the
spectrum of each β-ensemble, the same scaling limit is found to be
ep11F1 whose exact expansion in terms of Jack polynomials is well
known. The scaling limit at the soft edge of the spectrum for the Hermite and
Laguerre β-ensembles is shown to be a multivariate Airy function, which
is defined as a generalized Kontsevich integral. As corollaries, when β
is even, scaling limits of the k-point correlation functions for the three
ensembles are obtained. The asymptotics of the multivariate Airy function for
large and small arguments is also given. All the asymptotic results rely on a
generalization of Watson's lemma and the steepest descent method for integrals
of Selberg type.Comment: [v3] 35 pages; this is a revised and enlarged version of the article
with new references, simplified demonstations, and improved presentation. To
be published in Constructive Approximation 37 (2013
Attentive Learning of Sequential Handwriting Movements: A Neural Network Model
- Author
- A. Berardelli
- A. Dagher
- A. Thomassen
- A. Thomassen
- A.B. Schwartz
- A.P. Georgopoulos
- A.P. Georgopoulos
- A.P. Georgopoulos
- A.P. Georgopoulos
- A.W. Gemmert van
- B.D. Kretschmer
- C. Fowler
- C. Ghez
- C.E. Wright
- D. Bullock
- D. Bullock
- D. Bullock
- D. Bullock
- D. Bullock
- D. Bullock
- D. Ostry
- D. Zipser
- D.M. Bannerman
- D.V. Buonomano
- E. Bizzi
- E.M. Arroyo-Anllo
- F. Chapeau-Blondeau
- F. Lacquaniti
- F. Mussa-Ivaldi
- F. Richer
- F.B. Horak
- F.B. Horak
- F.N. Freeman
- G.P. Galen van
- G.P. Galen van
- G.T. Bartha
- I. Hertrich
- J. Alston
- J. Doyon
- J. Fiala
- J. Schillings
- J. Soechting
- J. Wann
- J.A. Freeman
- J.B. Hopfinger
- J.D. Coltz
- J.D. Coltz
- J.F. Kalaska
- J.I. Simpson
- J.J. Waite
- J.M. Hollerbach
- J.P. Wann
- J.W. Moore
- K. Greer
- M. Hallett
- M. Iacoboni
- M. Ito
- M. Ito
- M. Ito
- M. Jueptner
- M. Jueptner
- M. Jueptner
- M.G. Pleskacheva
- M.T. Turvey
- N. Bernstein
- N. Sadato
- O. Oscarsson
- P. Morasso
- P. Morasso
- P. Morasso
- P. Vindras
- P.C. Burns
- Q.G. Fu
- R. Andersen
- R. Andersen
- R. Caminiti
- R. Gellman
- R. Kawashima
- R. Plamondon
- R.S. Turner
- R.S. Turner
- S. Chieffi
- S. Edelman
- S. Grossberg
- S. Grossberg
- S. Grossberg
- S. Jaffe
- S. Ohman
- S.P. Perrett
- T.J. Ebner
- T.L. Zhou
- T.S. Buchanan
- W. Abend
- X. Lu
- Publication venue
- Boston University Center for Adaptive Systems and Department of Cognitive and Neural Systems
- Publication date
- 01/09/2000
- Field of study
Defense Advanced research Projects Agency and the Office of Naval Research (N00014-95-1-0409, N00014-92-J-1309); National Science Foundation (IRI-97-20333); National Institutes of Health (I-R29-DC02952-01)
Real Roots of Random Polynomials and Zero Crossing Properties of Diffusion Equation
- Author
- A. Bloch
- A. Dembo
- A. Edelman
- A. Edelman
- A.P. Aldous
- A.T. Bharucha-Reid
- D. Slepian
- D.B. Dougherty
- D.S. Palmer
- E. Bogomolny
- E. Bogomolny
- E. Kanzieper
- G. Akemann
- G. Schehr
- G. Smedt De
- G.C.M.A. Ehrhardt
- G.P. Wong
- Grégory Schehr
- H.J. Hilhorst
- I.S. Gradshteyn
- J.A. McFadden
- J.E. Wilkins
- J.S. Bendat
- K. Farahmand
- M. Das
- M. Kac
- M. Marcos-Martin
- M.L. Mehta
- N.B. Maslova
- P. Bleher
- P. Leboeuf
- S.N. Majumdar
- S.N. Majumdar
- S.N. Majumdar
- S.O. Rice
- Satya N. Majumdar
- T.J. Newman
- T.W. Burkhardt
- T.W. Burkhardt
- W.Y. Tam
- Y. Castin
- Y.G. Sinai
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 31/03/2008
- Field of study
We study various statistical properties of real roots of three different
classes of random polynomials which recently attracted a vivid interest in the
context of probability theory and quantum chaos. We first focus on gap
probabilities on the real axis, i.e. the probability that these polynomials
have no real root in a given interval. For generalized Kac polynomials, indexed
by an integer d, of large degree n, one finds that the probability of no real
root in the interval [0,1] decays as a power law n^{-\theta(d)} where \theta(d)
> 0 is the persistence exponent of the diffusion equation with random initial
conditions in spatial dimension d. For n \gg 1 even, the probability that they
have no real root on the full real axis decays like
n^{-2(\theta(2)+\theta(d))}. For Weyl polynomials and Binomial polynomials,
this probability decays respectively like \exp{(-2\theta_{\infty}} \sqrt{n})
and \exp{(-\pi \theta_{\infty} \sqrt{n})} where \theta_{\infty} is such that
\theta(d) = 2^{-3/2} \theta_{\infty} \sqrt{d} in large dimension d. We also
show that the probability that such polynomials have exactly k roots on a given
interval [a,b] has a scaling form given by \exp{(-N_{ab} \tilde
\phi(k/N_{ab}))} where N_{ab} is the mean number of real roots in [a,b] and
\tilde \phi(x) a universal scaling function. We develop a simple Mean Field
(MF) theory reproducing qualitatively these scaling behaviors, and improve
systematically this MF approach using the method of persistence with partial
survival, which in some cases yields exact results. Finally, we show that the
probability density function of the largest absolute value of the real roots
has a universal algebraic tail with exponent {-2}. These analytical results are
confirmed by detailed numerical computations.Comment: 32 pages, 16 figure
Use of SMS texts for facilitating access to online alcohol interventions: a feasibility study
- Author
- Aagaard L.
- Acquavita S.P.
- Adam A.
- Adam A.
- Adam C.
- Aguinaldo L.D.
- Ahmed K.
- Akkari C.
- Alabani V.
- Alvarado N.J.
- Andersen R.M.
- Andersson C.
- Andreasson S.
- Andrews M.
- Andréasson S.
- Angus C.
- Apodaca T.R.
- Atkinson A.
- Auerbach M.
- Bakshi A.-S.
- Barbosa C.
- Barker A.
- Barrio P.
- Barticevic N.
- Barton M.B.
- Baumeister S.E.
- Bauroth S.
- Beatty J.R.
- Beaulieu M.
- Bedimo R.
- Bendtsen P.
- Bensley K.M.
- Berman A.H.
- Bernal C.
- Bertholet N.
- Bhatt C.
- Blake-Lamb T.
- Blankers M.
- Blosnich J.R.
- Boniface S.
- Borsari B.
- Braddick F.
- Bradley M.
- Bray J.
- Brehm B.J.
- Brennan A.
- Brolin M.
- Brown B.S.
- Brown J.
- Brown R.L.
- Bruguera C.
- Bruguera P.
- Bryant K.J.
- Burnham E.L.
- Capell J.W.
- Cariola L.
- Castelblanco D.
- Catano N.A.
- Chan G.
- Chang G.
- Chi F.W.
- Clark B.J.
- Clephane J.
- Cohen H.A.
- Colom J.
- Conigliaro J.
- Conner T.S.
- Cook P.F
- Coulton S.
- Crane D.
- Cunningham J.A.
- Cutter C.J.
- Daeppen J.-B.
- Daley K.
- de Vargas D.
- Deluca P.
- Deng Y.
- Diers T.
- Dillon P.
- Dombrowski J.
- Donoghue K.
- Donovan D.
- Doran K.M.
- Douglas I.
- Doyle S.
- Drebing C.E.
- Drummond C.
- Dunlap L.J.
- Duran B.
- Dusek K.A.
- Dziura J.
- Díaz E.
- Edelman E.J.
- Ellis J.D.
- Evans B.
- Ferguson J.
- Fiellin D.A.
- Fiellin L.E.
- Finnell D.
- Fitzgerald N.M.
- Flett J.A.M.
- Flynn A.
- Forray A.
- Fortini C.
- Fortney J.
- Frankham J.
- Gajecki M.
- Gallagher L.
- Gallucci K.S.
- Gao W.
- Gardiner D.
- Garnett C.V.
- Gaume J.
- Gavotti C.
- Gelberg L.
- Gibert C.
- Giles E.L.
- Gillespie D.
- Gilstad-Hayden K.
- Gilstead-Hayden K.
- Gilvarry E.
- Glass J.E.
- Godinho A.
- Gonzalez M.
- Grazioli V.
- Gregorich S.
- Grekin E.R.
- Gremyr I.
- Gryczynski J.
- Gual A.
- Hagle H.
- Hamlin B.
- Hammarberg A.
- Hanratty B.
- Hansen N.B.
- Harris B.R.
- Harris S.K.
- Heather N.
- Hedman E.
- Hendrie N.
- Hermansson U.
- Hinman A.
- Hoadley A.
- Hodapp R.M.
- Hodgkin D.
- Holloway A.S.
- Holmes J.
- Horgan C.M.
- Hosler C.
- Howe N.
- Howel D.
- Janisse J.
- Johansson M.
- Jones A.L.
- Jones J.
- Jorgensen S.
- Justice A.C.
- Kameg B.N.
- Kaner E.
- Kanovsky D.
- Kapoor S.
- Kershaw T.
- Kim K.
- Kimergard A.
- King S.E.
- Kirk A.S.
- Knight J.R.
- Kolaas K.
- Kulieva G.
- Kushir V.
- Kwon N.
- LaFave L.R.A.
- Landale S.
- Lapham G.T.
- Larson M.J.
- Lehavot K.
- Lincoln P.
- Linderoth C.
- Lindsay D.L.
- Liu J.
- Liu W.
- Loree A.M.
- Lu W.Y.
- Lynch E.
- López-Pelayo H.
- Maconochie I.
- Magill M.
- Mahmoud K.F.
- Maisto S.A.
- Marconi V.C.
- Martin N.
- Martino S.
- Maslowsky J.
- McColl E.
- McCormack R.P.
- McCree F.
- McGeechan G.J.
- McGoron L.
- McGoron L.
- McGovern R.
- McNeely J.
- McPherson T.L.
- McRee B.
- Meier P.
- Merrick E.L.
- Mertens J.
- Michie S.
- Milward J.M.
- Miquel L.
- Mitchell A.M.
- Mitchell S.G.
- Morgenstern J.
- Morley J.
- Moyers T.
- Murray A.R.
- Muñoz R.
- Müssener U.
- Neighbors C.J.
- Newbury-Birch D.
- Norambuena P.
- Oberlander T.
- Oliveras C.
- Olmstead T.A.
- Ondersma S.J.
- Ornelas I.J.
- Oros M.T.
- O’Brien K.H.M.
- O’Connor P.G.
- O’Donnell A.J.
- O’Grady K.E.
- O’Grady M.A.
- Palacio-Vieira J.
- Pappacena K.
- Paroz S.
- Patton R.
- Paul Moberg D.
- Pepin A.L.
- Petersén E.
- Petry N.M.
- Phillips C.
- Phillips T.
- Poblete F.
- Pockett R.
- Puder K.
- Quinn A.E.
- Ramsey A.
- Reed K.D.
- Resnicow K.
- Rey G.N.
- Rico M.W.
- Rimland D.
- Riordan B.C.
- Robaina K.
- Rodriguez-Barradas M.C.
- Rogers M.
- Rosendahl I.
- Ross T.B.
- Rotrosen J.
- Rubinsky A.D.
- Russell I.
- Sacco P.
- Saitz R.
- Santora P.
- Satterfield J.M.
- Saunders L.A.
- Saunders R.
- Savage C.L.
- Scarf D.
- Schachter D.
- Scheidell J.
- Scholle S.H.
- Schwartz R.P.
- Schölin L.
- Scott Tonigan J.
- Scott S.
- Segura-Garcia L.
- Sellers C.M.
- Sharma G.
- Sharma M.
- Shelley D.
- Shenker D.
- Sherborne S.
- Sherritt L.
- Shevills C.
- Shorter G.W.
- Simberkoff M.S.
- Sinadinovic C.
- Sinadinovic K.
- Skinner A.C.
- Smith R.
- Soares J.
- Soutar M.
- Spak F.
- Spirito A.
- Sprangers K.E.
- Stamp E.
- Stanley G.
- Sterling S.A.
- Stewart M.T.
- Strang J.
- Subramaniam G.
- Sumnall H.
- Suárez M.
- Svikis D.S.
- Thacker C.L.
- Thies K.M.
- Thurang A.
- Ting L.
- Torres V.
- Vahidi M.
- Vale L.
- Van Loon R.A.
- Vargo R.
- Vendetti J.
- Vijayaraghavan M.
- Wallace P.G.
- Wallhed Finn S.
- Watson R.
- Weaver M.F.
- Weaver T.
- Wedehase B.J.
- Weisner C.
- Weisner C.M.
- West R.
- Williams E.C.
- Wittman I.
- Wolff M.
- Wu L.-T.
- Yonkers K.A.
- Young-Wolff K.C.
- Yu J.
- Zhang H.
- Zuzulich S.
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/09/2017
- Field of study
A41 Use of SMS texts for facilitating access to online alcohol interventions: a feasibility study
In: Addiction Science & Clinical Practice 2017, 12(Suppl 1): A4
Search for Gravitational Waves Associated with Gamma-Ray Bursts Detected by Fermi and Swift during the LIGO-Virgo Run O3b
- Author
- Abbott R.
- Abbott T.D.
- Acernese F.
- Ackley K.
- Adams C.
- Adhikari N.
- Adhikari R.X.
- Adya V.B.
- Affeldt C.
- Agarwal D.
- Agathos M.
- Agatsuma K.
- Aggarwal N.
- Aguiar O.D.
- Aiello L.
- Ain A.
- Ajith P.
- Akutsu T.
- Albanesi S.
- Allocca A.
- Altin P.A.
- Amato A.
- Anand C.
- Anand S.
- Ananyeva A.
- Anderson S.B.
- Anderson W.G.
- Ando M.
- Andrade T.
- Andres N.
- Andrić T.
- Angelova S.V.
- Ansoldi S.
- Antelis J.M.
- Antier S.
- Appert S.
- Arai Koji
- Arai Koya
- Arai Y.
- Araki S.
- Araya A.
- Araya M.C.
- Areeda J.S.
- Arellano F. E. Peña
- Aritomi N.
- Arnaud N.
- Aronson S.M.
- Arun K.G.
- Arène M.
- Asada H.
- Asali Y.
- Ashton G.
- Aso Y.
- Assiduo M.
- Aston S.M.
- Astone P.
- Aubin F.
- Austin C.
- Babak S.
- Badaracco F.
- Bader M.K.M.
- Badger C.
- Bae S.
- Bae Y.
- Baer A.M.
- Bagnasco S.
- Bai Y.
- Baiotti L.
- Baird J.
- Bajpai R.
- Ball M.
- Ballardin G.
- Ballmer S.W.
- Balsamo A.
- Baltus G.
- Banagiri S.
- Bankar D.
- Barayoga J.C.
- Barbieri C.
- Barish B.C.
- Barker D.
- Barneo P.
- Barone F.
- Barr B.
- Barsotti L.
- Barsuglia M.
- Barta D.
- Bartlett J.
- Barton M.A.
- Bartos I.
- Bassiri R.
- Basti A.
- Bawaj M.
- Bayley J.C.
- Baylor A.C.
- Bazzan M.
- Bedakihale V.M.
- Bejger M.
- Belahcene I.
- Benedetto V.
- Beniwal D.
- Bennett T.F.
- Bentley J.D.
- Benyaala M.
- Bergamin F.
- Berger B.K.
- Bernuzzi S.
- Berry C.P.L.
- Bersanetti D.
- Bertolini A.
- Betzwieser J.
- Beveridge D.
- Bhandare R.
- Bhardwaj U.
- Bhattacharjee D.
- Bhaumik S.
- Bilenko I.A.
- Billingsley G.
- Bini S.
- Birney R.
- Birnholtz O.
- Biscans S.
- Bischi M.
- Biscoveanu S.
- Bisht A.
- Biswas B.
- Bitossi M.
- Bizouard M.-A.
- Blackburn J.K.
- Blair C.D.
- Blair D.G.
- Blair R.M.
- Bobba F.
- Bode N.
- Boer M.
- Bogaert G.
- Boldrini M.
- Bonavena L.D.
- Bondu F.
- Bonilla E.
- Bonnand R.
- Booker P.
- Boom B.A.
- Bork R.
- Boschi V.
- Bose N.
- Bose S.
- Bossilkov V.
- Boudart V.
- Bouffanais Y.
- Bozzi A.
- Bradaschia C.
- Brady P.R.
- Bramley A.
- Branch A.
- Branchesi M.
- Brau J.E.
- Breschi M.
- Briant T.
- Briggs J.H.
- Brillet A.
- Brinkmann M.
- Brockill P.
- Brooks A.F.
- Brooks J.
- Brown D.D.
- Brunett S.
- Bruno G.
- Bruntz R.
- Bryant J.
- Bulik T.
- Bulten H.J.
- Buonanno A.
- Buscicchio R.
- Buskulic D.
- Bustillo J. Calderón
- Buy C.
- Byer R.L.
- Bécsy B.
- Cadonati L.
- Cagnoli G.
- Cahillane C.
- Callaghan J.D.
- Callister T.A.
- Calloni E.
- Cameron J.
- Camp J.B.
- Canepa M.
- Canevarolo S.
- Cannavacciuolo M.
- Cannon K.C.
- Canton T. Dal
- Cao H.
- Cao Z.
- Capocasa E.
- Capote E.
- Carapella G.
- Carbognani F.
- Carlin J.B.
- Carney M.F.
- Carpinelli M.
- Carrillo G.
- Carullo G.
- Carver T.L.
- Casentini C.
- Castaldi G.
- Caudill S.
- Cavaglià M.
- Cavalier F.
- Cavalieri R.
- Ceasar M.
- Cella G.
- Cerdá-Durán P.
- Cesarini E.
- Chaibi W.
- Chakravarti K.
- Champion E.
- Chan C.
- Chan C.-H.
- Chan C.L.
- Chan K.
- Chan M.
- Chandra K.
- Chanial P.
- Chao S.
- Charlton P.
- Chase E.A.
- Chassande-Mottin E.
- Chatterjee C.
- Chatterjee Debarati
- Chatterjee Deep
- Chaturvedi M.
- Chaty S.
- Chatziioannou K.
- Chen C.
- Chen H.Y.
- Chen J.
- Chen K.
- Chen X.
- Chen Y.-B.
- Chen Y.-R.
- Chen Z.
- Cheng H.
- Cheong C.K.
- Cheung H.Y.
- Chia H.Y.
- Chiadini F.
- Chiang C.-Y.
- Chiarini G.
- Chierici R.
- Chincarini A.
- Chiofalo M.L.
- Chiummo A.
- Cho G.
- Cho H.S.
- Choudhary R.K.
- Choudhary S.
- Christensen N.
- Chu H.
- Chu Q.
- Chu Y.-K.
- Chua S.
- Chung K.W.
- Ciani G.
- Ciecielag P.
- Cieślar M.
- Cifaldi M.
- Ciobanu A.A.
- Ciolfi R.
- Cipriano F.
- Cirone A.
- Clara F.
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- Publication venue
- London : Institute of Physics Publ.
- Publication date
- 01/01/2022
- Field of study
We search for gravitational-wave signals associated with gamma-ray bursts (GRBs) detected by the Fermi and Swift satellites during the second half of the third observing run of Advanced LIGO and Advanced Virgo (2019 November 1 15:00 UTC-2020 March 27 17:00 UTC). We conduct two independent searches: A generic gravitational-wave transients search to analyze 86 GRBs and an analysis to target binary mergers with at least one neutron star as short GRB progenitors for 17 events. We find no significant evidence for gravitational-wave signals associated with any of these GRBs. A weighted binomial test of the combined results finds no evidence for subthreshold gravitational-wave signals associated with this GRB ensemble either. We use several source types and signal morphologies during the searches, resulting in lower bounds on the estimated distance to each GRB. Finally, we constrain the population of low-luminosity short GRBs using results from the first to the third observing runs of Advanced LIGO and Advanced Virgo. The resulting population is in accordance with the local binary neutron star merger rate. © 2022. The Author(s). Published by the American Astronomical Society
Narrowband Searches for Continuous and Long-duration Transient Gravitational Waves from Known Pulsars in the LIGO-Virgo Third Observing Run
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- Zucker M.E.
- Zweizig J.
- Publication venue
- London : Institute of Physics Publ.
- Publication date
- 01/01/2022
- Field of study
Isolated neutron stars that are asymmetric with respect to their spin axis are possible sources of detectable continuous gravitational waves. This paper presents a fully coherent search for such signals from eighteen pulsars in data from LIGO and Virgo's third observing run (O3). For known pulsars, efficient and sensitive matched-filter searches can be carried out if one assumes the gravitational radiation is phase-locked to the electromagnetic emission. In the search presented here, we relax this assumption and allow both the frequency and the time derivative of the frequency of the gravitational waves to vary in a small range around those inferred from electromagnetic observations. We find no evidence for continuous gravitational waves, and set upper limits on the strain amplitude for each target. These limits are more constraining for seven of the targets than the spin-down limit defined by ascribing all rotational energy loss to gravitational radiation. In an additional search, we look in O3 data for long-duration (hours-months) transient gravitational waves in the aftermath of pulsar glitches for six targets with a total of nine glitches. We report two marginal outliers from this search, but find no clear evidence for such emission either. The resulting duration-dependent strain upper limits do not surpass indirect energy constraints for any of these targets. © 2022. The Author(s). Published by the American Astronomical Society
GW190814: gravitational waves from the coalescence of a 23 solar mass black hole with a 2.6 solar mass compact object
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- Publication venue
- American Astronomical Society
- Publication date
- 23/06/2020
- Field of study
We report the observation of a compact binary coalescence involving a 22.2–24.3 Me black hole and a compact object with a mass of 2.50–2.67 Me (all measurements quoted at the 90% credible level). The gravitational-wave signal, GW190814, was observed during LIGO’s and Virgo’s third observing run on 2019 August 14 at 21:10:39 UTC and has a signal-to-noise ratio of 25 in the three-detector network. The source was localized to 18.5 deg2 at a distance of - + 241 45
41 Mpc; no electromagnetic counterpart has been confirmed to date. The source has the most unequal mass ratio yet measured with gravitational waves, - + 0.112 0.009 0.008, and its secondary component is either the lightest black hole or the heaviest neutron star ever discovered in a double compact-object system. The
dimensionless spin of the primary black hole is tightly constrained to �0.07. Tests of general relativity reveal no measurable deviations from the theory, and its prediction of higher-multipole emission is confirmed at high confidence. We estimate a merger rate density of 1–23 Gpc−3 yr−1 for the new class of binary coalescence sources
that GW190814 represents. Astrophysical models predict that binaries with mass ratios similar to this event can form through several channels, but are unlikely to have formed in globular clusters. However, the combination of mass ratio, component masses, and the inferred merger rate for this event challenges all current models of the formation and mass distribution of compact-object binaries
Search for gravitational-wave transients associated with magnetar bursts in advanced LIGO and advanced Virgo data from the third observing run
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- Yang Yang
- Yap M.J
- Yeeles D.W
- Yeh S.-W
- Yelikar A.B
- Ying M
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- Yokozawa T
- Yoo J
- Yoshioka T
- Yu Hang
- Yu Haocun
- Yuzurihara H
- Zadrożny A
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- Zhao Yue
- Zhou R
- Zhou Z
- Zhu X.J
- Zhu Z.-H
- Zucker M.E
- Zweizig J
- Publication venue
- American Astronomical Society
- Publication date
- 01/01/2024
- Field of study
Gravitational waves are expected to be produced from neutron star oscillations associated with magnetar giant f lares and short bursts. We present the results of a search for short-duration (milliseconds to seconds) and longduration (∼100 s) transient gravitational waves from 13 magnetar short bursts observed during Advanced LIGO, Advanced Virgo, and KAGRA’s third observation run. These 13 bursts come from two magnetars, SGR1935 +2154 and SwiftJ1818.0−1607. We also include three other electromagnetic burst events detected by FermiGBM which were identified as likely coming from one or more magnetars, but they have no association with a known magnetar. No magnetar giant flares were detected during the analysis period. We find no evidence of gravitational waves associated with any of these 16 bursts. We place upper limits on the rms of the integrated incident gravitational-wave strain that reach 3.6 × 10−²³ Hz at 100 Hz for the short-duration search and 1.1 ×10−²² Hz at 450 Hz for the long-duration search. For a ringdown signal at 1590 Hz targeted by the short-duration search the limit is set to 2.3 × 10−²² Hz. Using the estimated distance to each magnetar, we derive upper limits upper limits on the emitted gravitational-wave energy of 1.5 × 1044 erg (1.0 × 1044 erg) for SGR 1935+2154 and 9.4 × 10^43 erg (1.3 × 1044 erg) for Swift J1818.0−1607, for the short-duration (long-duration) search. Assuming isotropic emission of electromagnetic radiation of the burst fluences, we constrain the ratio of gravitational-wave energy to electromagnetic energy for bursts from SGR 1935+2154 with the available fluence information. The lowest of these ratios is 4.5 × 103
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