Faculty

Institution

Unit

Venue

Grant Mathews

Professor

University of Notre Dame

Affiliations

College of Science

Physics

Grant Mathews is currently serving as a College Of Science Professor at University of Notre Dame.

Honors

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Experiences

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Education

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Grant Mathews

University of Notre Dame

Professor

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astronomy planetary sciences high-energy astrophysics astrophysics physics nuclear physics particle physics observational astronomy stellar astrophysics relativistic astrophysics extragalactic astronomy atomic physics astroparticle physics general relativity nuclear science materials science big bang nucleosynthesis astrochemistry quantum science particle cosmology primordial nucleosynthesis primordial magnetic field space weather lunar science neutrino astronomy core-collapse supernovae high energy physics early universe black holes chemical evolution magnetic fields r-process nucleosynthesis white dwarfs theoretical high-energy physics strong magnetic fields cosmic quintessence cosmic abundance cmb power spectrum neutrino degeneracy astrophysical simulations special relativity quantum chromodynamics brane theory quark-hadron phase transition radioactive ion beams astrophysical r-process modern physics planetary change direct observation stellar structure accelerator physics numerical relativity meteoritics interstellar lithium baryon diffusion quintessential inflation fusion science geophysical research quantitative science studies molecular science trace element geochemistry specie distribution astrostatistics astrophysical plasmas nucleation trace elements weak interactions fragmentation effect hydrodynamic stability ab-initio methods dark matter dark energy supernova models big bang cosmology dark matter search large scale structure

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Hoyle State De-Excitation on νP–Process Nucleosynthesis and Galactic Chemical Evolution. Physics Letters B (2024)

Hirokazu SasakiYuta YamazakiToshitaka KajinoGrant J. Mathews

biophysicshoyle state de-excitationphysicsnuclear physicsgalactic chemical evolutionnuclear sciencenp-process nucleosynthesismolecular biology

Induced Gravitational Waves via Warm Natural Inflation. Physical review. D/Physical review. D. (2024)

Miguel CorreaMayukh R. GangopadhyayNur JamanGrant J. Mathews

warm natural inflationinduced gravitational wavescosmologygeneral relativityastroparticle physicsplanetary sciences

A Study of the Properties and Dynamics of the Disk of Satellites in a Milky-Way-Like Galaxy System. Galaxies (2023)

Xinghai ZhaoGrant J. MathewsLara Arielle PhillipsGuobao Tang

cubesatsastronomyextragalactic astronomymilky-way-like galaxy system

Big Bang Thermodynamics and Cosmic Relics. (2023)

Grant J. MathewsGuobao Tang

cosmic relicsastronomybig bang thermodynamicscosmologyplanetary sciences

Binary Neutron-Star Mergers With a Crossover Transition to Quark Matter. Universe (2023)

Grant J. MathewsAtul KediaHee Il KimIn-Saeng Suh

extragalactic astronomyhigh-energy astrophysicsastronomyspace sciencenuclear astrophysicsobservational astronomyrelativistic astrophysicscrossover transitionbinary neutron-star mergersastrophysicsplanetary sciences

Binary Neutron Star Mergers With Quark Matter Equations of State. The Sixteenth Marcel Grossmann Meeting (2023)

Atul KediaHee Il KimGrant MathewsIn-Saeng Suh

quark matter equationshigh-energy astrophysicsparticle physicsastronomyphysicsspace sciencenuclear physicsnuclear sciencerelativistic astrophysicsastroparticle physicsplanetary scienceplanetary sciences

Explosion Mechanism of Core-Collapse Supernovae: Role of the Si/Si–O Interface. The Astrophysical Journal (2023)

Luca BoccioliLorenzo RobertiMarco LimongiGrant J. MathewsAlessandro Chieffi

explosion mechanismhigh-energy astrophysicsastronomycore-collapse supernovaeastrophysicsplanetary sciences

Inflation, Perturbations, and Structure Formation. (2023)

Grant J. MathewsGuobao Tang

physicsstructure formationinflation

Overview of Big Bang Cosmology. (2023)

Grant J. MathewsGuobao Tang

big bang cosmologyastronomycosmology

The R-Process and νP-Process in Ccsne, Collapsars, Hypernovae and Mergers, and Their Effect on Galactic Chemical Evolution. Journal of Physics Conference Series (2023)

G. J. MathewsY. YamazakiH. SasakiT. Kajino

astronomyphysicsgalactic chemical evolutioncosmochemistryplanetary sciences

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Grant Mathews

Professor

University of Notre Dame

Affiliations

College of Science

Physics

Grant Mathews is currently serving as a College Of Science Professor at University of Notre Dame.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Grant Mathews

University of Notre Dame

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Hoyle State De-Excitation on νP–Process Nucleosynthesis and Galactic Chemical Evolution. Physics Letters B (2024)

Hirokazu SasakiYuta YamazakiToshitaka KajinoGrant J. Mathews

biophysicshoyle state de-excitationphysicsnuclear physicsgalactic chemical evolutionnuclear sciencenp-process nucleosynthesismolecular biology

Induced Gravitational Waves via Warm Natural Inflation. Physical review. D/Physical review. D. (2024)

Miguel CorreaMayukh R. GangopadhyayNur JamanGrant J. Mathews

warm natural inflationinduced gravitational wavescosmologygeneral relativityastroparticle physicsplanetary sciences

A Study of the Properties and Dynamics of the Disk of Satellites in a Milky-Way-Like Galaxy System. Galaxies (2023)

Xinghai ZhaoGrant J. MathewsLara Arielle PhillipsGuobao Tang

cubesatsastronomyextragalactic astronomymilky-way-like galaxy system

Big Bang Thermodynamics and Cosmic Relics. (2023)

Grant J. MathewsGuobao Tang

cosmic relicsastronomybig bang thermodynamicscosmologyplanetary sciences

Binary Neutron-Star Mergers With a Crossover Transition to Quark Matter. Universe (2023)

Grant J. MathewsAtul KediaHee Il KimIn-Saeng Suh

Binary Neutron Star Mergers With Quark Matter Equations of State. The Sixteenth Marcel Grossmann Meeting (2023)

Atul KediaHee Il KimGrant MathewsIn-Saeng Suh

Explosion Mechanism of Core-Collapse Supernovae: Role of the Si/Si–O Interface. The Astrophysical Journal (2023)

Luca BoccioliLorenzo RobertiMarco LimongiGrant J. MathewsAlessandro Chieffi

explosion mechanismhigh-energy astrophysicsastronomycore-collapse supernovaeastrophysicsplanetary sciences

Inflation, Perturbations, and Structure Formation. (2023)

Grant J. MathewsGuobao Tang

physicsstructure formationinflation

Overview of Big Bang Cosmology. (2023)

Grant J. MathewsGuobao Tang

big bang cosmologyastronomycosmology

The R-Process and νP-Process in Ccsne, Collapsars, Hypernovae and Mergers, and Their Effect on Galactic Chemical Evolution. Journal of Physics Conference Series (2023)

G. J. MathewsY. YamazakiH. SasakiT. Kajino

astronomyphysicsgalactic chemical evolutioncosmochemistryplanetary sciences

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