Faculty

Institution

Unit

Venue

Bradley S Meyer

Professor

Clemson University

Affiliations

College of Science

Current:physics and Astronomy

Bradley S Meyer is currently serving as a College Of Science Professor at Clemson University.

Honors

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Experiences

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Education

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Bradley S Meyer

Clemson University

Professor

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astronomy astrophysics planetary sciences high-energy astrophysics nuclear physics supernova stellar astrophysics physics observational astronomy nuclear science astrochemistry extragalactic astronomy relativistic astrophysics stellar evolution biophysics meteoritics astrobiology nucleation neutrino astronomy lunar science molecular science astrophysical simulations high-energy nuclear reaction massive stars r-process nucleosynthesis planetary change lepton-nucleon scattering neutron scattering solar system formation cosmic abundance nuclear organization stellar structure refractory inclusions supernova nucleosynthesis type ii supernovae supernova ejecta transition metal chemistry space weather nuclear fusion nuclear materials general relativity large scale structure isotope geochemistry detonation phenomenon synthetic element oxygen isotopes intermediate neutron-capture process early solar system neutrino capture high temperature nuclear reactions explosive nucleosynthesis presolar grains redox biology photosynthesis carbon numerical simulations high energy physics scientific computing crystal growth chemical geology nature reaction process redox chemistry proton transfer experimental analysis trace elements trace metals exoplanet formation protoplanetary disks astrostatistics astroinformatics neutron source neutrino-heated supernova ejecta high-entropy supernova bubble proto-neutron star winds

Notable Scholarly Works

Notable Federal Grants

Collaborators

Explosive Nucleosynthesis in Core-Collapse Type II Supernovae: Insights From New C, N, Si, and Al–Mg Isotopic Compositions of Presolar Grains. The Astrophysical Journal Letters (2024)

Nan LiuConel M. O’D. AlexanderBradley S. MeyerLarry R. NittlerJianhua WangRhonda M. Stroud

astronomypresolar grainsexplosive nucleosynthesissupernovaastrophysicsastrochemistry

High-Temperature 205Tl Decay Clarifies 205Pb Dating in Early Solar System. Nature (2024)

Guy LeckenbyRagandeep Singh SidhuRui Jiu ChenRiccardo MancinoBalázs SzányiMei BaiUmberto BattinoKlaus BlaumCarsten BrandauSergio CristalloTimo DickelIris DillmannDmytro DmytriievThomas FaestermannOliver ForstnerBernhard FranczakHans GeisselRoman GernhäuserJan GloriusChris GriffinAlexandre GumberidzeEmma HaettnerPierre-Michel HillenbrandAmanda KarakasTejpreet KaurWolfram KortenChristophor KozhuharovNatalia KuzminchukKarlheinz LangankeSergey LitvinovYuri A LitvinovMaria LugaroGabriel Martínez-PinedoEsther MenzBradley MeyerTino MorgenrothThomas NeffChiara NociforoNikolaos PetridisMarco PignatariUlrich PoppSivaji PurushothamanRené ReifarthShahab SanjariChristoph ScheidenbergerUwe SpillmannMarkus SteckThomas StöhlkerYoshiki K TanakaMartino TrassinelliSergiy TrotsenkoLászló VargaDiego VescoviMeng WangHelmut WeickAndrés Yagüe LopézTakayuki YamaguchiYuhu ZhangJianwei Zhao

solar system formationearth scienceastronomynaturenuclear astrophysicsearly solar systemplanetary sciences

Presolar Grains as Probes of Supernova Nucleosynthesis. Space Science Reviews (2024)

Nan LiuMaria LugaroJan LeitnerBradley S MeyerMaria Schönbächler

space sciencepresolar grainssupernovasupernova nucleosynthesisplanetary sciencesstellar astrophysics

Atomic Masses With Machine Learning for the Astrophysical R Process. Physics Letters B (2023)

Mengke LiTrevor M. SprouseBradley S. MeyerMatthew R. Mumpower

physicsatomic massesscientific computingastrophysics

Bayesian Averaging for Ground State Masses of Atomic Nuclei in a Machine Learning Approach. Frontiers in Physics (2023)

Matthew MumpowerMengke LiTrevor M. SprouseBradley S. MeyerAmy E. LovellArvind T. Mohan

bayesian statisticsphysicsatomic nucleiground state massesbayesian analysismachine learning

Analytical Approach to Constraining Siderophile Element Genetics of Late-Stage Terrestrial Accretion. Goldschmidt2022 abstracts (2022)

Katherine BerminghamRichard WalkerHope TornabeneBradley Meyer

biogeochemistrysiderophile element geneticslate-stage terrestrial accretionevolutionary biologyecologygenetics

Dependence of ( N, γ ) − ( γ, N ) Equilibrium R -Process Abundances on Nuclear Physics Properties. Physical review. C (2022)

Mengke LiBradley S. Meyer

particle physicsphysicsquantum chemistrynuclear physics propertiesoptical propertieslarge scale structurecondensed matter physics

Sensitivity Study of Type-I X-Ray Bursts to Nuclear Reaction Rates. EPJ Web of Conferences (2022)

Irin SultanaAlfredo EstradéJessica BorowiakJacob ElliottBradley S. MeyerHendrik Schatz

radiation oncologysensitivity studyhigh-energy astrophysicsnuclear reaction ratesastronomynuclear physicstype-i x-ray bursts

ASTROMERS: Astrophysical Isomers. Bulletin of the American Physical Society (2021)

G. Wendell MischProjjwal BanerjeeAaron CoutureChris FryerSurja GhoruiBradley MeyerMatthew MumpowerTrevor SprouseYang SunFrancis Timmes

high-energy astrophysicsastrophysical isomersphysicsrelativistic astrophysicsastrophysicscomputational astrophysics

Iron and Nickel Isotopes in Iid and Ivb Iron Meteorites: Evidence for Admixture of an Sn II Component and Implications for the Initial Abundance of 60 Fe. The Astrophysical Journal (2021)

David L. CookBradley S. MeyerMaria Schönbächler

key siteinitial abundancesn ii componentnickel isotopesearth sciencemeteoriticsisotope geochemistryastronomyivb iron meteoritesnuclear astrophysicscosmic abundanceastrophysicsastrochemistryplanetary sciences

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Bradley S Meyer

Professor

Clemson University

Affiliations

College of Science

Current:physics and Astronomy

Bradley S Meyer is currently serving as a College Of Science Professor at Clemson 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

Bradley S Meyer

Clemson University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Explosive Nucleosynthesis in Core-Collapse Type II Supernovae: Insights From New C, N, Si, and Al–Mg Isotopic Compositions of Presolar Grains. The Astrophysical Journal Letters (2024)

Nan LiuConel M. O’D. AlexanderBradley S. MeyerLarry R. NittlerJianhua WangRhonda M. Stroud

astronomypresolar grainsexplosive nucleosynthesissupernovaastrophysicsastrochemistry

High-Temperature 205Tl Decay Clarifies 205Pb Dating in Early Solar System. Nature (2024)

solar system formationearth scienceastronomynaturenuclear astrophysicsearly solar systemplanetary sciences

Presolar Grains as Probes of Supernova Nucleosynthesis. Space Science Reviews (2024)

Nan LiuMaria LugaroJan LeitnerBradley S MeyerMaria Schönbächler

space sciencepresolar grainssupernovasupernova nucleosynthesisplanetary sciencesstellar astrophysics

Atomic Masses With Machine Learning for the Astrophysical R Process. Physics Letters B (2023)

Mengke LiTrevor M. SprouseBradley S. MeyerMatthew R. Mumpower

physicsatomic massesscientific computingastrophysics

Bayesian Averaging for Ground State Masses of Atomic Nuclei in a Machine Learning Approach. Frontiers in Physics (2023)

Matthew MumpowerMengke LiTrevor M. SprouseBradley S. MeyerAmy E. LovellArvind T. Mohan

bayesian statisticsphysicsatomic nucleiground state massesbayesian analysismachine learning

Analytical Approach to Constraining Siderophile Element Genetics of Late-Stage Terrestrial Accretion. Goldschmidt2022 abstracts (2022)

Katherine BerminghamRichard WalkerHope TornabeneBradley Meyer

biogeochemistrysiderophile element geneticslate-stage terrestrial accretionevolutionary biologyecologygenetics

Dependence of ( N, γ ) − ( γ, N ) Equilibrium R -Process Abundances on Nuclear Physics Properties. Physical review. C (2022)

Mengke LiBradley S. Meyer

particle physicsphysicsquantum chemistrynuclear physics propertiesoptical propertieslarge scale structurecondensed matter physics

Sensitivity Study of Type-I X-Ray Bursts to Nuclear Reaction Rates. EPJ Web of Conferences (2022)

Irin SultanaAlfredo EstradéJessica BorowiakJacob ElliottBradley S. MeyerHendrik Schatz

radiation oncologysensitivity studyhigh-energy astrophysicsnuclear reaction ratesastronomynuclear physicstype-i x-ray bursts

ASTROMERS: Astrophysical Isomers. Bulletin of the American Physical Society (2021)

G. Wendell MischProjjwal BanerjeeAaron CoutureChris FryerSurja GhoruiBradley MeyerMatthew MumpowerTrevor SprouseYang SunFrancis Timmes

high-energy astrophysicsastrophysical isomersphysicsrelativistic astrophysicsastrophysicscomputational astrophysics

Iron and Nickel Isotopes in Iid and Ivb Iron Meteorites: Evidence for Admixture of an Sn II Component and Implications for the Initial Abundance of 60 Fe. The Astrophysical Journal (2021)

David L. CookBradley S. MeyerMaria Schönbächler

1
2
3
4
5
16
10 / page

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supernova explosions

x-ray bursts

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compact binary mergers

modern physic

Grant Mathews

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observational astronomy

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modern physic

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