Jerry P. Sun

Graduate Student

Oregon State University

Affiliations

College of Science

Department of Physics

Jerry P. Sun is currently serving as a College Of Science Graduate Student at Oregon State University.

Honors

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Jerry P. Sun

Oregon State University

Graduate Student

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astronomy gravitational waves physics relativistic astrophysics gravity astrophysics modern physics high energy physics einstein telescope pulsars geodesy yr data set nanograv 15 observational cosmology cosmology theoretical physics general relativity primordial gravitational waves gravitational-wave background supermassive black holes observational astronomy experimental physics high-energy astrophysics search for extraterrestrial intelligence experimental gravity transverse polarization modes nanograv 12.5-year dataset efficient bayesian search gravitational-wave bursts applied physics applied mathematics stochastic process statistical mechanics statistical physics synchrotron radiation scientific computing space weather stochastic resonance astrostatistics astroinformatics real data type validated numerics precision measurement timing analysis black hole dynamic black holes binary evolution such correlations downs correlations bayes factors gravitational wave memory upper limits first-order phase transition time-correlated noise array results scientific communication space education quantum foundations quantum cosmology physic education science and technology studies

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Nanograv 12.5 Yr Data Set: Search for Gravitational Wave Memory. The Astrophysical Journal (2024)

Gabriella AgazieZaven ArzoumanianPaul T. BakerBence BécsyLaura BlechaHarsha BlumerAdam BrazierPaul R. BrookSarah Burke-SpolaorRand BurnetteRobin CaseJ. Andrew Casey-ClydeMaria CharisiShami ChatterjeeTyler CohenJames M. CordesNeil J. CornishFronefield CrawfordH. Thankful CromartieMegan E. DeCesarDallas DeGanPaul B. DemorestTimothy DolchBrendan DrachlerJustin A. EllisRobert D. FerdmanElizabeth C. FerraraWilliam FioreEmmanuel FonsecaGabriel E. FreedmanNate Garver-DanielsPeter A. GentileJoseph GlaserDeborah C. GoodKayhan GültekinJeffrey S. HazbounRoss J. JenningsAaron D. JohnsonMegan L. JonesAndrew R. KaiserDavid L. KaplanLuke Zoltan KelleyJoey S. KeyNima LaalMichael T. LamWilliam G. LambT. Joseph W. LazioNatalia LewandowskaTingting LiuDuncan R. LorimerJing LuoRyan S. LynchChung-Pei MaDustin R. MadisonAlexander McEwenJames W. McKeeMaura A. McLaughlinPatrick M. MeyersChiara M. F. MingarelliAndrea MitridateCherry NgDavid J. NiceStella Koch OckerKen D. OlumTimothy T. PennucciNihan S. PolScott M. RansomPaul S. RayJoseph D. RomanoShashwat C. SardesaiKai SchmitzXavier SiemensJoseph SimonMagdalena S. SiwekSophia V. Sosa FiscellaRenée SpiewakIngrid H. StairsDaniel R. StinebringKevin StovallJerry P. SunJoseph K. SwiggumJacob TaylorStephen R. TaylorJacob E. TurnerCaner UnalMichele VallisneriSarah J. VigelandHaley M. WahlCaitlin A. WittOlivia Young

modern physicsyr data setupper limitsgravitational wave memoryrelativistic astrophysicsgravitygravitational wavesastronomygeodesyphysicspulsars

The Nanograv 15 Yr Data Set: Search for Transverse Polarization Modes in the Gravitational-Wave Background. The Astrophysical Journal Letters (2024)

Gabriella AgazieAkash AnumarlapudiAnne M. ArchibaldZaven ArzoumanianJeremy BaierPaul T. BakerBence BécsyLaura BlechaAdam BrazierPaul R. BrookSarah Burke-SpolaorRand BurnetteRobin CaseJ. Andrew Casey-ClydeMaria CharisiShami ChatterjeeTyler CohenJames M. CordesNeil J. CornishFronefield CrawfordH. Thankful CromartieKathryn CrowterMegan E. DeCesarDallas DeGanPaul B. DemorestTimothy DolchBrendan DrachlerElizabeth C. FerraraWilliam FioreEmmanuel FonsecaGabriel E. FreedmanNate Garver-DanielsPeter A. GentileJoseph GlaserDeborah C. GoodKayhan GültekinJeffrey S. HazbounRoss J. JenningsAaron D. JohnsonMegan L. JonesAndrew R. KaiserDavid L. KaplanLuke Zoltan KelleyMatthew KerrJoey S. KeyNima LaalMichael T. LamWilliam G. LambT. Joseph W. LazioNatalia LewandowskaTingting LiuDuncan R. LorimerJing LuoRyan S. LynchChung-Pei MaDustin R. MadisonAlexander McEwenJames W. McKeeMaura A. McLaughlinNatasha McMannBradley W. MeyersChiara M. F. MingarelliAndrea MitridatePriyamvada NatarajanCherry NgDavid J. NiceStella Koch OckerKen D. OlumTimothy T. PennucciBenetge B. P. PereraNihan S. PolHenri A. RadovanScott M. RansomPaul S. RayJoseph D. RomanoAlexander SafferShashwat C. SardesaiAnn SchmiedekampCarl SchmiedekampKai SchmitzBrent J. Shapiro-AlbertXavier SiemensJoseph SimonMagdalena S. SiwekIngrid H. StairsDaniel R. StinebringKevin StovallJerry P. SunAbhimanyu SusobhananJoseph K. SwiggumJacob A. TaylorStephen R. TaylorJacob E. TurnerCaner UnalMichele VallisneriSarah J. VigelandHaley M. WahlCaitlin A. WittOlivia Young

theoretical physicsobservational cosmologygeneral relativitytransverse polarization modesyr data setcosmologygravityrelativistic astrophysicsgravitational wavesastronomyphysicsgeodesygravitational-wave background

Implementation of an Efficient Bayesian Search for Gravitational-Wave Bursts With Memory in Pulsar Timing Array Data. The Astrophysical Journal (2023)

Jerry SunPaul T. BakerAaron D. JohnsonDustin R. MadisonXavier Siemens

astrophysicsastronomyhigh-energy astrophysicsgravitational-wave burstsobservational astronomyefficient bayesian search

The Nanograv 15 Yr Data Set: Constraints on Supermassive Black Hole Binaries From the Gravitational-Wave Background. The Astrophysical Journal Letters (2023)

Gabriella AgazieAkash AnumarlapudiAnne M. ArchibaldPaul T. BakerBence BécsyLaura BlechaAlexander BonillaAdam BrazierPaul R. BrookSarah Burke-SpolaorRand BurnetteRobin CaseJ. Andrew Casey-ClydeMaria CharisiShami ChatterjeeKaterina ChatziioannouBelinda D. CheeseboroSiyuan ChenTyler CohenJames M. CordesNeil J. CornishFronefield CrawfordH. Thankful CromartieKathryn CrowterCurt J. CutlerDaniel J. D’OrazioMegan E. DeCesarDallas DeGanPaul B. DemorestHeling DengTimothy DolchBrendan DrachlerElizabeth C. FerraraWilliam FioreEmmanuel FonsecaGabriel E. FreedmanEmiko GardinerNate Garver-DanielsPeter A. GentileKyle A. GersbachJoseph GlaserDeborah C. GoodKayhan GültekinJeffrey S. HazbounSophie HourihaneKristina IsloRoss J. JenningsAaron JohnsonMegan L. JonesAndrew R. KaiserDavid L. KaplanLuke Zoltan KelleyMatthew KerrJoey S. KeyNima LaalMichael T. LamWilliam G. LambT. Joseph W. LazioNatalia LewandowskaTyson B. LittenbergTingting LiuJing LuoRyan S. LynchChung-Pei MaDustin R. MadisonAlexander McEwenJames W. McKeeMaura A. McLaughlinNatasha McMannBradley W. MeyersPatrick M. MeyersChiara M. F. MingarelliAndrea MitridatePriyamvada NatarajanCherry NgDavid J. NiceStella Koch OckerKen D. OlumTimothy T. PennucciBenetge B. P. PereraPolina PetrovNihan S. PolHenri A. RadovanScott M. RansomPaul S. RayJoseph D. RomanoJessie C. RunnoeShashwat C. SardesaiAnn SchmiedekampCarl SchmiedekampKai SchmitzLevi SchultBrent J. Shapiro-AlbertXavier SiemensJoseph SimonMagdalena S. SiwekIngrid H. StairsDaniel R. StinebringKevin StovallJerry P. Sun

theoretical physicsobservational cosmologybinary evolutionnanograv 15cosmologyastrophysicsrelativistic astrophysicshigh energy physicsgravitational wavesastronomyphysicssupermassive black holes

Searching for Gravitational Waves From Cosmological Phase Transitions With the Nanograv 12.5-Year Dataset. Physical Review Letters (2021)

Zaven ArzoumanianPaul T. BakerHarsha BlumerBence BécsyAdam BrazierPaul R. BrookSarah Burke-SpolaorMaria CharisiShami ChatterjeeSiyuan ChenJames M. CordesNeil J. CornishFronefield CrawfordH. Thankful CromartieMegan E. DeCesarPaul B. DemorestTimothy DolchJustin A. EllisElizabeth C. FerraraWilliam FioreEmmanuel FonsecaNathan Garver-DanielsPeter A. GentileDeborah C. GoodJeffrey S. HazbounA. Miguel HolgadoKristina IsloRoss J. JenningsMegan L. JonesAndrew R. KaiserDavid L. KaplanLuke Zoltan KelleyJoey Shapiro KeyNima LaalMichael T. LamT. Joseph W. LazioVincent S. H. LeeDuncan R. LorimerJing LuoRyan S. LynchDustin R. MadisonMaura A. McLaughlinChiara M. F. MingarelliAndrea MitridateCherry NgDavid J. NiceTimothy T. PennucciNihan S. PolScott M. RansomPaul S. RayBrent J. Shapiro-AlbertXavier SiemensJoseph SimonRenée SpiewakIngrid H. StairsDaniel R. StinebringKevin StovallJerry P. SunJoseph K. SwiggumStephen R. TaylorJacob E. TurnerMichele VallisneriSarah J. VigelandCaitlin A. WittKathryn M. Zurek

observational cosmologymodern physicscosmologyrelativistic astrophysicsfirst-order phase transitionhigh energy physicsgravitational wavesastronomyphysicssupermassive black holesnanograv 12.5-year datasetpulsars

The Nanograv 12.5-Year Data Set: Search for Non-Einsteinian Polarization Modes in the Gravitational-Wave Background. The Astrophysical Journal Letters (2021)

Zaven ArzoumanianPaul T. BakerHarsha BlumerBence BécsyAdam BrazierPaul R. BrookSarah Burke-SpolaorMaria CharisiShami ChatterjeeSiyuan ChenJames M. CordesNeil J. CornishFronefield CrawfordH. Thankful CromartieMegan E. DeCesarDallas M. DeGanPaul B. DemorestTimothy DolchBrendan DrachlerJustin A. EllisElizabeth C. FerraraWilliam FioreEmmanuel FonsecaNathan Garver-DanielsPeter A. GentileDeborah C. GoodJeffrey S. HazbounA. Miguel HolgadoKristina IsloRoss J. JenningsMegan L. JonesAndrew R. KaiserDavid L. KaplanLuke Zoltan KelleyJoey Shapiro KeyNima LaalMichael T. LamT. Joseph W. LazioDuncan R. LorimerTingting LiuJing LuoRyan S. LynchDustin R. MadisonAlexander McEwenMaura A. McLaughlinChiara M. F. MingarelliCherry NgDavid J. NiceKen D. OlumTimothy T. PennucciNihan S. PolScott M. RansomPaul S. RayJoseph D. RomanoShashwat C. SardesaiBrent J. Shapiro-AlbertXavier SiemensJoseph SimonMagdalena S. SiwekRenée SpiewakIngrid H. StairsDaniel R. StinebringKevin StovallJerry P. SunJoseph K. SwiggumStephen R. TaylorJacob E. TurnerMichele VallisneriSarah J. VigelandHaley M. WahlCaitlin A. Witt

theoretical physicsbayes factorsobservational cosmologysuch correlationsastrophysicsgravityrelativistic astrophysicsdowns correlationshigh energy physicsgravitational wavesastronomyphysicspulsars

Analysis of Time-Correlated Noise Processes in the Nanograv 12.5-Year Data Set.

applied mathematicsstatistical physicsstochastic resonancetime-correlated noiseapplied physicsstatistical mechanicstime seriesstochastic processphysicsnoise

Comparing Recent Pulsar Timing Array Results on the Nanohertz Stochastic Gravitational-Wave Background.

synchrotron radiationeinstein telescopearray resultsastrophysicsrelativistic astrophysicsrecent pulsargravitational wavesastronomyphysicspulsars

ERRATUM:“the Nanograv 15 Yr Data Set: Search for Signals From New Physics”(2023, Apjl 951 L11).

search for extraterrestrial intelligenceyr data setnew physics ”radio astronomyexperimental physicsnanograv 15astrophysicsastroinformaticshigh energy physicsastronomyphysicsastrostatisticsobservational astronomyhigh-energy astrophysics

Facilitating Searches for Nonlinear Gravitational Wave Memory in Modern Pulsar Timing Arrays.

radio astronomyeinstein telescopegravitygravitational wavesastronomyphysicspulsars

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