Faculty

Institution

Unit

Venue

Dr. Peter L. Gonthier

Retired Faculty

Hope College

Affiliations

Hope College

Natural and Applied Sciences

Physics Department

Dr. Peter L. Gonthier is currently serving as a Hope College Retired Faculty at Hope College.

Honors

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Experiences

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Education

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Dr. Peter L. Gonthier

Hope College

Retired Faculty

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physics astronomy particle physics nuclear physics high energy density physics synchrotron radiation radio astronomy nuclear astrophysics nuclear science pulsars planetary sciences atomic physics nuclear fusion astrophysics high energy physics cosmic rays applied physics high-energy astrophysics experimental physics atomic spectroscopy nuclear materials space weather computational physics acta astronautica fusion science fusion engineering energetic materials relativistic astrophysics magnetars shock waves numerical simulations high-energy nuclear reaction heavy ion physic non-perturbative qcd hadron physic general relativity solar-terrestrial interaction gamma-ray pulsars strong magnetic fields supervised learning gravitational physics fragmentation effect molecular fragmentation x-ray spectroscopy synchrotron radiation source quantum field theory in curved spacetime astrophysical simulations galaxy formation radioanalytical chemistry radiation generation radio propagation astrophysical plasmas photon-splitting cascades galactic plane supervised machine learning analytical behavior ultrastrong magnetic fields relativistic regime large angular momentum light-particle emission deep-inelastic reactions primary-fragment angular momenta incomplete fusion nucleon fermi motion non-equilibrium a-particle emission cyclotron resonance active galactic nucleus galactic center nuclear chemistry antipode computational astrophysics particle beam neutron stars space science planetary change space exploration physic education observational astronomy plasma physics supermassive black holes modern physics supernova stellar evolution radiation theoretical physics astroparticle physics stellar astrophysics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Probing Magnetar Magnetospheres and Fundamental Qed Physics via X-Ray Polarimetry. 43rd COSPAR Scientific Assembly. Held 28 January - 4 February (2021)

Matthew BaringAlice HardingPeter GonthierKun HuZorawar Wadiasingh

fundamental qed physicsspace sciencex-ray polarimetrymagnetar magnetospheresastrophysicsplanetary sciences

The Mysterious Magnetospheres of Magnetars. arXiv (Cornell University) (2020)

Matthew G. BaringZorawar WadiasinghPeter L. GonthierAlice K. HardingKun Hu

astronomyspace sciencesolar-terrestrial interactionplanetary sciences

The Mysterious Magnetospheres of Magnetars (Invited). (2020)

Matthew BaringZorawar WadiasinghPeter L GonthierAlice Kust HardingKun Hu

extragalactic astronomyastronomyspace sciencesolar-terrestrial interactionspace weatherobservational astronomyplanetary sciences

Magnetars as Astrophysical Laboratories of Extreme Quantum Electrodynamics: The Case for a Compton Telescope. arXiv (Cornell University) (2019)

Zorawar WadiasinghGeorge YounesMatthew G. BaringAlice K. HardingPeter L. GonthierKun HuAlexander van der HorstSilvia ZaneChryssa KouveliotouAndrei M. BeloborodovChanda Prescod-WeinsteinTanmoy ChattopadhyaySunil ChandraConstantinos KalapotharakosKyle ParfreyHarsha BlumerDemos Kazanas

astrophysical laboratoriesastronomyobservational astronomyastrophysicscompton telescope

Polarization Signatures of the Resonant Compton Upscattering Model for Magnetars. HEAD (2019)

Zorawar WadiasinghMatthew BaringAlice HardingKun HuPeter L. Gonthier

polarization signaturesearth sciencespace scienceastroparticle physicsplanetary sciences

Hard Spectral Tails in Magnetars. Proceedings of the International Astronomical Union (2017)

Zorawar WadiasinghMatthew G. BaringPeter L. GonthierAlice K. Harding

extragalactic astronomyhigh-energy astrophysicshard spectral tailsastronomyspace scienceobservational astronomyrelativistic astrophysicsastrophysicsplanetary sciences

Magnetar Hard Spectral Tails. arXiv (Cornell University) (2017)

Zorawar WadiasinghMatthew G. BaringPeter L. GonthierAlice K. Harding

particle physicsastronomyphysicsmagnetismgeneral relativityspectral theoryplanetary sciences

Millisecond Pulsars and the Galactic Center Excess. HEAD (2017)

Peter L. GonthierYew-Meng KohAlice Kust HardingElizabeth C. Ferrara

extragalactic astronomyhigh-energy astrophysicsgalactic center excessquantum field theory in curved spacetimeastronomyphysicsastrophysical simulationsgalaxy formationspace weatherobservational astronomymillisecond pulsarsrelativistic astrophysicsobservational cosmologycosmologyastrophysicsplanetary sciences

Resonant Compton Upscattering Models of Magnetar Hard X-Ray Emission and Polarization. HEAD (2017)

Matthew G. BaringZorawar WadiasinghPeter L. GonthierAlice Kust Harding

radiologyspace scienceearth scienceplanetary sciences

3Fgl Demographics Outside the Galactic Plane Using Supervised Machine Learning: Pulsar and Dark Matter Subhalo Interpretations. The Astrophysical Journal (2016)

N. MirabalE. CharlesE. C. FerraraP. L. GonthierA. K. HardingM. A. Sánchez-CondeD. J. Thompson

dark mattergalactic planeastronomysupervised machine learningsupervised learningastrophysicsmachine learning

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Dr. Peter L. Gonthier

Retired Faculty

Hope College

Affiliations

Hope College

Natural and Applied Sciences

Physics Department

Dr. Peter L. Gonthier is currently serving as a Hope College Retired Faculty at Hope College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dr. Peter L. Gonthier

Hope College

Retired Faculty

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Probing Magnetar Magnetospheres and Fundamental Qed Physics via X-Ray Polarimetry. 43rd COSPAR Scientific Assembly. Held 28 January - 4 February (2021)

Matthew BaringAlice HardingPeter GonthierKun HuZorawar Wadiasingh

fundamental qed physicsspace sciencex-ray polarimetrymagnetar magnetospheresastrophysicsplanetary sciences

The Mysterious Magnetospheres of Magnetars. arXiv (Cornell University) (2020)

Matthew G. BaringZorawar WadiasinghPeter L. GonthierAlice K. HardingKun Hu

astronomyspace sciencesolar-terrestrial interactionplanetary sciences

The Mysterious Magnetospheres of Magnetars (Invited). (2020)

Matthew BaringZorawar WadiasinghPeter L GonthierAlice Kust HardingKun Hu

extragalactic astronomyastronomyspace sciencesolar-terrestrial interactionspace weatherobservational astronomyplanetary sciences

Magnetars as Astrophysical Laboratories of Extreme Quantum Electrodynamics: The Case for a Compton Telescope. arXiv (Cornell University) (2019)

astrophysical laboratoriesastronomyobservational astronomyastrophysicscompton telescope

Polarization Signatures of the Resonant Compton Upscattering Model for Magnetars. HEAD (2019)

Zorawar WadiasinghMatthew BaringAlice HardingKun HuPeter L. Gonthier

polarization signaturesearth sciencespace scienceastroparticle physicsplanetary sciences

Hard Spectral Tails in Magnetars. Proceedings of the International Astronomical Union (2017)

Zorawar WadiasinghMatthew G. BaringPeter L. GonthierAlice K. Harding

extragalactic astronomyhigh-energy astrophysicshard spectral tailsastronomyspace scienceobservational astronomyrelativistic astrophysicsastrophysicsplanetary sciences

Magnetar Hard Spectral Tails. arXiv (Cornell University) (2017)

Zorawar WadiasinghMatthew G. BaringPeter L. GonthierAlice K. Harding

particle physicsastronomyphysicsmagnetismgeneral relativityspectral theoryplanetary sciences

Millisecond Pulsars and the Galactic Center Excess. HEAD (2017)

Peter L. GonthierYew-Meng KohAlice Kust HardingElizabeth C. Ferrara

Resonant Compton Upscattering Models of Magnetar Hard X-Ray Emission and Polarization. HEAD (2017)

Matthew G. BaringZorawar WadiasinghPeter L. GonthierAlice Kust Harding

radiologyspace scienceearth scienceplanetary sciences

3Fgl Demographics Outside the Galactic Plane Using Supervised Machine Learning: Pulsar and Dark Matter Subhalo Interpretations. The Astrophysical Journal (2016)

N. MirabalE. CharlesE. C. FerraraP. L. GonthierA. K. HardingM. A. Sánchez-CondeD. J. Thompson

dark mattergalactic planeastronomysupervised machine learningsupervised learningastrophysicsmachine learning

1
2
3
4
5
10
10 / page