Faculty

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Unit

Venue

Gleb Sinev

South Dakota School of Mines and Technology

Affiliations

Department of Physics

NoneGleb Sinev is currently serving as a Physics faculty at South Dakota School of Mines And Technology.

Honors

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Experiences

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Education

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Gleb Sinev

South Dakota School of Mines and Technology

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particle physics nuclear physics physics applied physics atomic physics instrumentation dark matter nuclear science instrumentation engineering instrument science analytical instrumentation planetary sciences astronomy electronic instrumentation neutrinos high energy physics experimental physics coherent experiment optoelectronics computational physics general relativity neutron source bsm neutrino physics spallation neutron source space exploration quantum science theoretical physics modern physics magnetic resonance atomic spectroscopy synchrotron radiation early detection ion beam instrumentation neutrino physics neutrino properties electron spectroscopy coherent process conventional instrumentation lunar science space research collaborative data analysis neutrino astronomy radiation detection high-energy astrophysics first measurement first observation accelerator-produced dark matter first detection cosmological expectation coherent csi detector sub-gev dark matter neutrino flux flux normalization white paper next-generation neutrino experiments low-energy nuclear recoils scintillation response

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coherent Collaboration Data Release From the Measurements of Csi[Na] Response to Nuclear Recoils. arXiv (Cornell University) (2023)

Akimov, D.An, P.Awe, C.Barbeau, P. S.Becker, B.Belov, V.Bernardi, I.Blackston, M. A.Bock, C.Bolozdynya, A.Browning, J.Cabrera-Palmer, B.Chernyak, D.Conley, E.Daughhetee, J.Detwiler, J.Ding, K.Durand, M. R.Efremenko, Y.Elliott, S. R.Fabris, L.Febbraro, M.Rosso, A. GalloGalindo-Uribarri, A.Green, M. P.Heath, M. R.Hedges, S.Hoang, D.Hughes, M.Johnson, T.Khromov, A.Konovalov, A.Kozlova, E.Kumpan, A.Li, L.Link, J. M.Liu, J.Mann, K.Markoff, D. M.Mastroberti, J.Mueller, P. E.Newby, J.Parno, D. S.Penttila, S. I.Pershey, D.Rapp, R.Ray, H.Raybern, J.Razuvaeva, O.Reyna, D.Rich, G. C.Ross, J.Rudik, D.Runge, J.Salvat, D. J.Salyapongse, A. M.Sander, J.Scholberg, K.Shakirov, A.Simakov, G.Sinev, G.Snow, W. M.Sosnovtsev, V.Suh, B.Tayloe, R.Tellez-Giron-Flores, K.Tolstukhin, I.Ujah, E.Vanderwerp, J.Varner, R. L.Virtue, C. J.Visser, G.Wongjirad, T.Yang, Y.Yen, Y. -R.Yoo, J.Yu, C. -H.Zettlemoyer, J.

nuclear recoilsbiostatisticsparticle physicsnuclear physicsscience and technology studiescollaborative data analysisdata scienceanalytics

First Probe of Sub-Gev Dark Matter Beyond the Cosmological Expectation With the Coherent Csi Detector at the Sns. Physical Review Letters (2023)

D. AkimovP. AnC. AweP. S. BarbeauB. BeckerV. BelovI. BernardiM. A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM. R. DurandY. EfremenkoS. R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM. P. GreenM. R. HeathS. HedgesD. HoangM. HughesT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ. M. LinkJ. LiuK. MannD. M. MarkoffJ. MastrobertiP. E. MuellerJ. NewbyD. S. ParnoS. I. PenttilaD. PersheyR. RappJ. RaybernO. RazuvaevaD. ReynaG. C. RichJ. RossD. RudikJ. RungeD. J. SalvatA. M. SalyapongseJ. SanderK. ScholbergA. ShakirovG. SimakovG. SinevW. M. SnowV. SosnovtsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinE. UjahJ. VanderwerpR. L. VarnerC. J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. Zettlemoyer

dark mattersub-gev dark matterparticle physicscosmological expectationplanetary sciencescoherent csi detector

Large Low Background Kton-Scale Liquid Argon Time Projection Chambers. Journal of Physics G Nuclear and Particle Physics (2023)

T BezerraA BorkumE ChurchZ DjurcicJ GenovesiJ HaistonC M JacksonI LazanuB MonrealS MunsonC OrtizM ParvuS J M PeetersD PersheyS S PoudelJ ReichenbacherR SaldanhaK ScholbergG SinevS WesterdaleJ Zennamo

particle physicsphysicsnuclear physicsatomic physicsnuclear sciencegeneral relativity

Measurement of Electron-Neutrino Charged-Current Cross Sections on I127 With the Coherent NaiνE Detector. Physical Review Letters (2023)

P AnC AweP S BarbeauB BeckerV BelovI BernardiC BockA BolozdynyaR BouabidA BrownJ BrowningB Cabrera-PalmerM CervantesE ConleyJ DaughheteeJ DetwilerK DingM R DurandY EfremenkoS R ElliottL FabrisM FebbraroA Gallo RossoA Galindo-UribarriA C GermerM P GreenJ HakenmüllerM R HeathS HedgesM HughesB A JohnsonT JohnsonA KhromovA KonovalovE KozlovaA KumpanO KyzylovaL LiJ M LinkJ LiuM MahoneyA MajorK MannD M MarkoffJ MastrobertiJ MattinglyP E MuellerJ NewbyD S ParnoS I PenttilaD PersheyC G PriorR RappH RayJ RaybernO RazuvaevaD ReynaG C RichJ RossD RudikJ RungeD J SalvatJ SanderK ScholbergA ShakirovG SimakovG SinevC SkuseW M SnowV SosnovtsevT SubediB SuhR TayloeK Tellez-Giron-FloresY-T TsaiE UjahJ VanderwerpE E van NieuwenhuizenR L VarnerC J VirtueG VisserK WalkupE M WardT WongjiradJ YooC-H YuA ZawadaJ ZettlemoyerA Zderic

electron spectroscopyparticle physicsphysicshigh energy physicsneutrino physicsneutrinosneutrino properties

Measurement of the Electron-Neutrino Charged-Current Cross Sections on ${}^{127}$I With the Coherent Nai$ν$E Detector. arXiv (Cornell University) (2023)

P. AnC. AweP. S. BarbeauB. BeckerV. BelovI. BernardiC. BockA. BolozdynyaR. BouabidA. BrownJ. BrowningB. Cabrera-PalmerM. CervantesE. ConleyJ. DaughheteeJ. DetwilerK. DingM. R. DurandY. EfremenkoS. R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriA. C. GermerM. P. GreenJ. HakenmuellerM. R. HeathS. HedgesM. HughesB. A. JohnsonT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanO. KyzylovaL. LiJ. M. LinkJ. LiuM. MahoneyA. MajorK. MannD. M. MarkoffJ. MastrobertiJ. MattinglyP. E. MuellerJ. NewbyD. S. ParnoS. I. PenttilaD. PersheyC. G. PriorR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG. C. RichJ. RossD. RudikJ. RungeD. J. SalvatJ. SanderK. ScholbergA. ShakirovG. SimakovG. SinevC. SkuseW. M. SnowV. SosnovtsevT. SubediB. SuhR. TayloeK. Tellez-Giron-FloresY. -T. TsaiE. UjahJ. VanderwerpE. E. van NieuwenhuizenR. L. VarnerC. J. VirtueG. VisserK. WalkupE. M. WardT. WongjiradJ. YooC. -H. YuA. ZawadaJ. ZettlemoyerA. Zderic

nuclear physicselectrical engineeringatomic physicsparticle physics

Measurement of ${}^{Nat}$Pb($ν_E$,X$N$) Production With a Stopped-Pion Neutrino Source. arXiv (Cornell University) (2022)

COHERENT CollaborationP. AnC. AweP. S. BarbeauB. BeckerS. W. BellingV. BelovI. BernardiC. BockA. BolozdynyaR. BouabidA. BrownJ. BrowningB. Cabrera-PalmerM. CervantesE. ConleyJ. DaughheteeJ. DetwilerK. DingM. R. DurandY. EfremenkoS. R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM. P. GreenJ. HakenmüllerM. R. HeathS. HedgesM. HughesB. A. JohnsonT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanO. KyzylovaL. LiJ. M. LinkJ. LiuA. MajorK. MannD. M. MarkoffJ. MastrobertiJ. MattinglyK. MillerP. E. MuellerJ. NewbyD. S. ParnoS. I. PenttilaD. PersheyC. G. PriorR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG. C. RichJ. RossD. RudikJ. RungeD. J. SalvatA. M. SalyapongseJ. SanderK. ScholbergA. ShakirovG. SimakovG. SinevW. M. SnowV. SosnovtsevT. SubediB. SuhR. TayloeK. Tellez-Giron-FloresE. UjahJ. VanderwerpE. E. van NieuwenhuizenR. L. VarnerC. J. VirtueG. VisserK. WalkupE. M. WardT. WongjiradJ. YooC. -H. YuJ. Zettlemoyer

stopped-pion neutrino sourceapplied physicsatomic physicsparticle physics

Measurement of Scintillation Response of Csi[Na] to Low-Energy Nuclear Recoils by Coherent. Journal of Instrumentation (2022)

D. AkimovP. AnC. AweP.S. BarbeauB. BeckerV. BelovI. BernardiM.A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM.R. DurandY. EfremenkoS.R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM.P. GreenM.R. HeathS. HedgesD. HoangM. HughesT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ.M. LinkJ. LiuK. MannD.M. MarkoffJ. MastrobertiY.A. MelikyanP.E. MuellerJ. NewbyD.S. ParnoS.I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG.C. RichJ. RossD. RudikJ. RungeD.J. SalvatA.M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW.M. SnowV. SosnovtsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinE. UjahJ. VanderwerpR.L. VarnerC.J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. Zettlemoyer

scintillation responseinstrumentation engineeringnuclear physicselectronic instrumentationinstrument sciencecoherent processanalytical instrumentationapplied physicslow-energy nuclear recoilsinstrumentation

Measurement of the Coherent Elastic Neutrino-Nucleus Scattering Cross Section on Csi by Coherent. Physical Review Letters (2022)

D. AkimovP. AnC. AweP. S. BarbeauB. BeckerV. BelovI. BernardiM. A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM. R. DurandY. EfremenkoS. R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM. P. GreenM. R. HeathS. HedgesD. HoangM. HughesT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ. M. LinkJ. LiuK. MannD. M. MarkoffJ. MastrobertiP. E. MuellerJ. NewbyD. S. ParnoS. I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG. C. RichJ. RossD. RudikJ. RungeD. J. SalvatA. M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW. M. SnowV. SosnovstsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinE. UjahJ. VanderwerpR. L. VarnerC. J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. Zettlemoyer

particle physicsphysicsnuclear physicsatomic physicsquantum science

Monitoring the Sns Basement Neutron Background With the Mars Detector. Journal of Instrumentation (2022)

D. AkimovP. AnC. AweP.S. BarbeauB. BeckerV. BelovI. BernardiM.A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM.R. DurandY. EfremenkoS.R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM.P. GreenM.R. HeathS. HedgesD. HoangM. HughesT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ.M. LinkJ. LiuK. MannD.M. MarkoffJ. MastrobertiP.E. MuellerJ. NewbyD.S. ParnoS.I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG.C. RichJ. RossD. RudikJ. RungeD.J. SalvatA.M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW.M. SnowV. SosnovstsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinE. UjahJ. VanderwerpR.L. VarnerC.J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. ZettlemoyerB.A. Johnson

particle physicsinstrumentation engineeringastronomylunar sciencespace scienceplanetary sciencesinstrument sciencespace explorationspace researchanalytical instrumentationplanetary scienceinstrumentationmars detector

Simulating the Neutrino Flux From the Spallation Neutron Source for the Coherent Experiment. Physical review. D/Physical review. D. (2022)

D. AkimovP. AnC. AweP. S. BarbeauB. BeckerV. BelovI. BernardiM. A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM. R. DurandY. EfremenkoS. R. ElliottL. FabrisM. FebbraroJ. GalambosA. Gallo RossoA. Galindo-UribarriM. P. GreenM. R. HeathS. HedgesD. HoangM. HughesE. IversonT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ. M. LinkJ. LiuK. MannD. M. MarkoffJ. MastrobertiM. McIntyreP. E. MuellerJ. NewbyD. S. ParnoS. I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG. C. RichD. RimalJ. RossD. RudikJ. RungeD. J. SalvatA. M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW. M. SnowV. SosnovstsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinS. TrotterE. UjahJ. VanderwerpR. L. VarnerC. J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. ZettlemoyerS. Zhang

coherent experimentparticle physicsphysicsnuclear physicsneutrino fluxatomic physicsgeneral relativityspallation neutron source

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Gleb Sinev

South Dakota School of Mines and Technology

Affiliations

Department of Physics

NoneGleb Sinev is currently serving as a Physics faculty at South Dakota School of Mines And Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gleb Sinev

South Dakota School of Mines and Technology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coherent Collaboration Data Release From the Measurements of Csi[Na] Response to Nuclear Recoils. arXiv (Cornell University) (2023)

nuclear recoilsbiostatisticsparticle physicsnuclear physicsscience and technology studiescollaborative data analysisdata scienceanalytics

First Probe of Sub-Gev Dark Matter Beyond the Cosmological Expectation With the Coherent Csi Detector at the Sns. Physical Review Letters (2023)

dark mattersub-gev dark matterparticle physicscosmological expectationplanetary sciencescoherent csi detector

Large Low Background Kton-Scale Liquid Argon Time Projection Chambers. Journal of Physics G Nuclear and Particle Physics (2023)

T BezerraA BorkumE ChurchZ DjurcicJ GenovesiJ HaistonC M JacksonI LazanuB MonrealS MunsonC OrtizM ParvuS J M PeetersD PersheyS S PoudelJ ReichenbacherR SaldanhaK ScholbergG SinevS WesterdaleJ Zennamo

particle physicsphysicsnuclear physicsatomic physicsnuclear sciencegeneral relativity

Measurement of Electron-Neutrino Charged-Current Cross Sections on I127 With the Coherent NaiνE Detector. Physical Review Letters (2023)

electron spectroscopyparticle physicsphysicshigh energy physicsneutrino physicsneutrinosneutrino properties

Measurement of the Electron-Neutrino Charged-Current Cross Sections on ${}^{127}$I With the Coherent Nai$ν$E Detector. arXiv (Cornell University) (2023)

nuclear physicselectrical engineeringatomic physicsparticle physics

Measurement of ${}^{Nat}$Pb($ν_E$,X$N$) Production With a Stopped-Pion Neutrino Source. arXiv (Cornell University) (2022)

stopped-pion neutrino sourceapplied physicsatomic physicsparticle physics

Measurement of Scintillation Response of Csi[Na] to Low-Energy Nuclear Recoils by Coherent. Journal of Instrumentation (2022)

D. AkimovP. AnC. AweP.S. BarbeauB. BeckerV. BelovI. BernardiM.A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM.R. DurandY. EfremenkoS.R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM.P. GreenM.R. HeathS. HedgesD. HoangM. HughesT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ.M. LinkJ. LiuK. MannD.M. MarkoffJ. MastrobertiY.A. MelikyanP.E. MuellerJ. NewbyD.S. ParnoS.I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG.C. RichJ. RossD. RudikJ. RungeD.J. SalvatA.M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW.M. SnowV. SosnovtsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinE. UjahJ. VanderwerpR.L. VarnerC.J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. Zettlemoyer

Measurement of the Coherent Elastic Neutrino-Nucleus Scattering Cross Section on Csi by Coherent. Physical Review Letters (2022)

D. AkimovP. AnC. AweP. S. BarbeauB. BeckerV. BelovI. BernardiM. A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM. R. DurandY. EfremenkoS. R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM. P. GreenM. R. HeathS. HedgesD. HoangM. HughesT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ. M. LinkJ. LiuK. MannD. M. MarkoffJ. MastrobertiP. E. MuellerJ. NewbyD. S. ParnoS. I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG. C. RichJ. RossD. RudikJ. RungeD. J. SalvatA. M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW. M. SnowV. SosnovstsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinE. UjahJ. VanderwerpR. L. VarnerC. J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. Zettlemoyer

particle physicsphysicsnuclear physicsatomic physicsquantum science

Monitoring the Sns Basement Neutron Background With the Mars Detector. Journal of Instrumentation (2022)

D. AkimovP. AnC. AweP.S. BarbeauB. BeckerV. BelovI. BernardiM.A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM.R. DurandY. EfremenkoS.R. ElliottL. FabrisM. FebbraroA. Gallo RossoA. Galindo-UribarriM.P. GreenM.R. HeathS. HedgesD. HoangM. HughesT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ.M. LinkJ. LiuK. MannD.M. MarkoffJ. MastrobertiP.E. MuellerJ. NewbyD.S. ParnoS.I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG.C. RichJ. RossD. RudikJ. RungeD.J. SalvatA.M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW.M. SnowV. SosnovstsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinE. UjahJ. VanderwerpR.L. VarnerC.J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. ZettlemoyerB.A. Johnson

Simulating the Neutrino Flux From the Spallation Neutron Source for the Coherent Experiment. Physical review. D/Physical review. D. (2022)

D. AkimovP. AnC. AweP. S. BarbeauB. BeckerV. BelovI. BernardiM. A. BlackstonC. BockA. BolozdynyaJ. BrowningB. Cabrera-PalmerD. ChernyakE. ConleyJ. DaughheteeJ. DetwilerK. DingM. R. DurandY. EfremenkoS. R. ElliottL. FabrisM. FebbraroJ. GalambosA. Gallo RossoA. Galindo-UribarriM. P. GreenM. R. HeathS. HedgesD. HoangM. HughesE. IversonT. JohnsonA. KhromovA. KonovalovE. KozlovaA. KumpanL. LiJ. M. LinkJ. LiuK. MannD. M. MarkoffJ. MastrobertiM. McIntyreP. E. MuellerJ. NewbyD. S. ParnoS. I. PenttilaD. PersheyR. RappH. RayJ. RaybernO. RazuvaevaD. ReynaG. C. RichD. RimalJ. RossD. RudikJ. RungeD. J. SalvatA. M. SalyapongseK. ScholbergA. ShakirovG. SimakovG. SinevW. M. SnowV. SosnovstsevB. SuhR. TayloeK. Tellez-Giron-FloresI. TolstukhinS. TrotterE. UjahJ. VanderwerpR. L. VarnerC. J. VirtueG. VisserT. WongjiradY.-R. YenJ. YooC.-H. YuJ. ZettlemoyerS. Zhang

coherent experimentparticle physicsphysicsnuclear physicsneutrino fluxatomic physicsgeneral relativityspallation neutron source

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