Faculty

Institution

Unit

Venue

Sean McWilliams

Associate Professor; Director Center for Gravitational Waves and Cosmology

West Virginia University

Affiliations

Eberly College of Arts and Sciences

Physics and Astronomy

Sean Mcwilliams is currently serving as an Eberly College Of Arts And Sciences Associate Professor; Director Center for Gravitational Waves and Cosmology at West Virginia University.

Honors

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Experiences

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Education

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Sean McWilliams

West Virginia University

Associate Professor; Director Center for Gravitational Waves and Cosmology

You can click a keyword to filter the displayed items

astronomy planetary sciences astrophysics observational astronomy high-energy astrophysics general relativity physics relativistic astrophysics space science particle physics black holes gravitational waves extragalactic astronomy cosmology pulsars supermassive black holes synchrotron radiation space weather lunar science pulsar timing arrays high energy physics modern physics numerical relativity black hole binaries geodesy experimental physics acta astronautica particle cosmology black-hole binaries data science astrostatistics space optic solar system upper limits theoretical physics numerical simulations primordial gravitational waves solar-terrestrial interaction millisecond pulsars nanograv 11 lisa mission millihertz regime pulsar dataset gravitational wave observations lisa parameter estimation planetary change geophysical research higher education internal medicine physic education geophysical prospecting quantitative science studies radio telescopes einstein telescope timing analysis astrophysical simulations astroinformatics parameter estimation statistical signal processing geophysical signal processing space missions space research space mission design federal higher education policy quantum field theory in curved spacetime higher education management markov chain monte carlo interferometry laser-based sensor wave theory waveform analysis perturbation methods automated method outlier toas -year dataset power law black hole dynamic gravity compact binaries gravitational wave astronomy computational astrophysics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Testing the Boundary-To-Bound Correspondence With Numerical Relativity. Physical review. D/Physical review. D. (2024)

Anuj KankaniSean T. McWilliams

numerical relativityplanetary sciencesboundary-to-bound correspondence

The Nanograv 11-Year Data Set: High-Precision Timing of 45 Millisecond Pulsars. Repository of the Academy's Library (Library of the Hungarian Academy of Sciences) (2024)

Zaven ArzoumanianAdam BrazierSarah Burke-SpolaorSydney ChamberlinShami ChatterjeeBrian ChristyJames M. CordesNeil J. CornishFronefield CrawfordH. Thankful CromartieKathryn CrowterMegan E. DeCesarPaul B. DemorestTimothy DolchJustin A. EllisRobert D. FerdmanElizabeth C. FerraraEmmanuel FonsecaNathan Garver-DanielsPeter A. GentileDaniel HalmrastE. A. HuertaFredrick A. JenetCody JessupGlenn JonesMegan L. JonesDavid L. KaplanMichael T. LamT. Joseph W. LazioLina LevinAndrea LommenDuncan R. LorimerJing LuoRyan S. LynchDustin MadisonAllison M. MatthewsMaura A. McLaughlinSean T. McWilliamsChiara MingarelliCherry NgDavid J. NiceTimothy T. PennucciScott M. RansomPaul S. RayXavier SiemensJoseph SimonRenée SpiewakIngrid H. StairsDaniel R. StinebringKevin StovallJoseph K. SwiggumStephen R. TaylorMichele VallisneriRutger van HaasterenSarah J. VigelandWeiwei Zhu

astrophysicsplanetary sciencesoutlier toasradio astronomyautomated methodpulsarsgeodesyastronomysynchrotron radiationrelativistic astrophysicsobservational astronomymillisecond pulsarsgravitational waves

The Nanograv 11 Year Data Set: Pulsar-Timing Constraints on the Stochastic Gravitational-Wave Background. Figshare (2024)

Z. ArzoumanianP. T. BakerA. BrazierS. Burke-SpolaorS. J. ChamberlinS. ChatterjeeB. ChristyJ. M. CordesN. J. CornishF. CrawfordH. Thankful CromartieK. CrowterM. DeCesarP. B. DemorestT. DolchJ. A. EllisR. D. FerdmanE. FerraraW. M. FolknerE. FonsecaN. Garver-DanielsP. A. GentileR. HaasJ. S. HazbounE. A. HuertaK. IsloG. JonesM. L. JonesD. L. KaplanV. M. KaspiM. T. LamT. J. W. LazioL. LevinA. N. LommenD. R. LorimerJ. LuoR. S. LynchD. R. MadisonM. A. McLaughlinS. T. McWilliamsC. M. F. MingarelliC. NgD. J. NiceR. S. ParkT. T. PennucciN. S. PolS. M. RansomP. S. RayA. RasskazovX. SiemensJ. SimonR. SpiewakI. H. StairsD. R. StinebringK. StovallJ. SwiggumS. R. TaylorM. VallisneriR. van HaasterenS. VigelandW. W. Zhu

physicstheoretical physicsastrophysicsmodern physicssolar systemhigh energy physicsprimordial gravitational waves-year datasetnanograv 11pulsarscosmologyastronomyrelativistic astrophysicsobservational cosmologysupermassive black holesgravitational waves

Getting Ready for Lisa: The Data, Support and Preparation Needed to Maximize Us Participation in Space-Based Gravitational Wave Science. arXiv (Cornell University) (2020)

Kelly Holley-BockelmannJillian BellovaryPeter BenderEmanuele BertiWarren BrownRobert CaldwellNeil CornishJeremy DarlingMatthew DigmanMike EracleousKayhan GultekinZoltan HaimanJoey KeyShane LarsonXin LiuSean McWilliamsPriyamvada NatarajanDavid ShoemakerDeirdre ShoemakerKrista Lynne SmithMarcelle Soares-SantosRobinStebbins

observational astronomyastronomygravitational wavesdata science

Modeling the Uncertainties of Solar System Ephemerides for Robust Gravitational-Wave Searches With Pulsar-Timing Arrays. The Astrophysical Journal (2020)

M. VallisneriS. R. TaylorJ. SimonW. M. FolknerR. S. ParkC. CutlerJ. A. EllisT. J. W. LazioS. J. VigelandK. AggarwalZ. ArzoumanianP. T. BakerA. BrazierP. R. BrookS. Burke-SpolaorS. ChatterjeeJ. M. CordesN. J. CornishF. CrawfordH. T. CromartieK. CrowterM. DeCesarP. B. DemorestT. DolchR. D. FerdmanE. C. FerraraE. FonsecaN. Garver-DanielsP. GentileD. GoodJ. S. HazbounA. M. HolgadoE. A. HuertaK. IsloR. JenningsG. JonesM. L. JonesD. L. KaplanL. Z. KelleyJ. S. KeyM. T. LamL. LevinD. R. LorimerJ. LuoR. S. LynchD. R. MadisonM. A. McLaughlinS. T. McWilliamsC. M. F. MingarelliC. NgD. J. NiceT. T. PennucciN. S. PolS. M. RansomP. S. RayX. SiemensR. SpiewakI. H. StairsD. R. StinebringK. StovallJ. K. SwiggumR. van HaasterenC. A. WittW. W. Zhu

astrophysicspulsar timing arraysplanetary sciencessolar systempulsarsgeodesyastrostatisticsastronomypulsar emissionsrelativistic astrophysicsspace weathergravitational waves

Sensitivity of Present and Future Detectors Across the Black-Hole Binary Gravitational Wave Spectrum. Classical and Quantum Gravity (2020)

A R KaiserS T McWilliams

physicsblack holesastrophysicsplanetary sciencesgravitational wavesparticle physicsplanetary sciencegeneral relativityastronomyspace scienceobservational astronomyfuture detectorsspace weatherhigh-energy astrophysics

The Nanograv 11 Yr Data Set: Evolution of Gravitational-Wave Background Statistics. The Astrophysical Journal (2020)

J. S. HazbounJ. SimonS. R. TaylorM. T. LamS. J. VigelandK. IsloJ. S. KeyZ. ArzoumanianP. T. BakerA. BrazierP. R. BrookS. Burke-SpolaorS. ChatterjeeJ. M. CordesN. J. CornishF. CrawfordK. CrowterH. T. CromartieM. DeCesarP. B. DemorestT. DolchJ. A. EllisR. D. FerdmanE. FerraraE. FonsecaN. Garver-DanielsP. GentileD. GoodA. M. HolgadoE. A. HuertaR. JenningsG. JonesM. L. JonesA. R. KaiserD. L. KaplanL. Z. KelleyT. J. W. LazioL. LevinA. N. LommenD. R. LorimerJ. LuoR. S. LynchD. R. MadisonM. A. McLaughlinS. T. McWilliamsC. M. F. MingarelliC. NgD. J. NiceT. T. PennucciN. S. PolS. M. RansomP. S. RayX. SiemensR. SpiewakI. H. StairsD. R. StinebringK. StovallJ. SwiggumJ. E. TurnerM. VallisneriR. van HaasterenC. A. WittW. W. Zhu

physicsastrophysicsnanograv 11pulsarsastronomysynchrotron radiationrelativistic astrophysicsincorrect noise modeltailored noise modelobservational astronomysupermassive black holesspace weathergravitational waves

The Nanograv 11 Yr Data Set: Limits on Gravitational Wave Memory. Repository of the Academy's Library (Library of the Hungarian Academy of Sciences) (2020)

K. AggarwalZ. ArzoumanianP. T. BakerA. BrazierP. R. BrookS. Burke-SpolaorS. ChatterjeeJ. M. CordesN. J. CornishF. CrawfordH. T. CromartieK. CrowterM. DeCesarP. B. DemorestT. DolchJ. A. EllisR. D. FerdmanE. C. FerraraE. FonsecaN. Garver-DanielsP. GentileD. GoodJ. S. HazbounA. M. HolgadoE. A. HuertaK. IsloR. JenningsG. JonesM. L. JonesD. L. KaplanL. Z. KelleyJ. S. KeyM. T. LamT. J. W. LazioL. LevinD. R. LorimerJ. LuoR. S. LynchD. R. MadisonM. A. McLaughlinS. T. McWilliamsC. M. F. MingarelliC. NgD. J. NiceT. T. PennucciN. S. PolS. M. RansomP. S. RayX. SiemensJ. SimonR. SpiewakI. H. StairsD. R. StinebringK. StovallJ. K. SwiggumS. R. TaylorM. VallisneriR. van HaasterenS. J. VigelandC. A. WittW. W. Zhu

physicsastrophysicshigh energy physicsexperimental physicspulsarsstrain upper limitscosmologyastronomysynchrotron radiationrelativistic astrophysicssupermassive black holesgravitational wavesgravitational wave memory

Analytical Black-Hole Binary Merger Waveforms. Physical Review Letters (2019)

Sean T. McWilliams

physicsblack holesastrophysicsplanetary sciencesextragalactic astronomylunar sciencehigh-energy astrophysicsgeneral relativityastronomyspace scienceobservational astronomysolar-terrestrial interactionobservational cosmology

Astro2020 Decadal Science White Paper: The State of Gravitational-Wave Astrophysics in 2020. arXiv (Cornell University) (2019)

Sean T. McWilliamsRobert CaldwellKelly Holley-BockelmannShane L. LarsonMichele Vallisneri

astrophysicsastroparticle physicsgravitational-wave astrophysicsastronomyobservational astronomy

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Sean McWilliams

Associate Professor; Director Center for Gravitational Waves and Cosmology

West Virginia University

Affiliations

Eberly College of Arts and Sciences

Physics and Astronomy

Sean Mcwilliams is currently serving as an Eberly College Of Arts And Sciences Associate Professor; Director Center for Gravitational Waves and Cosmology at West Virginia University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Sean McWilliams

West Virginia University

Associate Professor; Director Center for Gravitational Waves and Cosmology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Testing the Boundary-To-Bound Correspondence With Numerical Relativity. Physical review. D/Physical review. D. (2024)

Anuj KankaniSean T. McWilliams

numerical relativityplanetary sciencesboundary-to-bound correspondence

The Nanograv 11-Year Data Set: High-Precision Timing of 45 Millisecond Pulsars. Repository of the Academy's Library (Library of the Hungarian Academy of Sciences) (2024)

The Nanograv 11 Year Data Set: Pulsar-Timing Constraints on the Stochastic Gravitational-Wave Background. Figshare (2024)

Getting Ready for Lisa: The Data, Support and Preparation Needed to Maximize Us Participation in Space-Based Gravitational Wave Science. arXiv (Cornell University) (2020)

observational astronomyastronomygravitational wavesdata science

Modeling the Uncertainties of Solar System Ephemerides for Robust Gravitational-Wave Searches With Pulsar-Timing Arrays. The Astrophysical Journal (2020)

astrophysicspulsar timing arraysplanetary sciencessolar systempulsarsgeodesyastrostatisticsastronomypulsar emissionsrelativistic astrophysicsspace weathergravitational waves

Sensitivity of Present and Future Detectors Across the Black-Hole Binary Gravitational Wave Spectrum. Classical and Quantum Gravity (2020)

A R KaiserS T McWilliams

The Nanograv 11 Yr Data Set: Evolution of Gravitational-Wave Background Statistics. The Astrophysical Journal (2020)

The Nanograv 11 Yr Data Set: Limits on Gravitational Wave Memory. Repository of the Academy's Library (Library of the Hungarian Academy of Sciences) (2020)

Analytical Black-Hole Binary Merger Waveforms. Physical Review Letters (2019)

Sean T. McWilliams

Astro2020 Decadal Science White Paper: The State of Gravitational-Wave Astrophysics in 2020. arXiv (Cornell University) (2019)

Sean T. McWilliamsRobert CaldwellKelly Holley-BockelmannShane L. LarsonMichele Vallisneri

astrophysicsastroparticle physicsgravitational-wave astrophysicsastronomyobservational astronomy

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