Faculty

Institution

Unit

Venue

Philip A Pinto

Emeritus Professor of Astronomy

University of Arizona

Affiliations

College of Science

Astronomy & Steward Observatory

Philip A Pinto is currently serving as an Astronomy & Steward Observatory Emeritus Professor of Astronomy at University of Arizona.

Honors

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Experiences

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Education

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Philip A Pinto

University of Arizona

Emeritus Professor of Astronomy

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astronomy observational astronomy astrophysics supernova high-energy astrophysics stellar astrophysics planetary sciences physics extragalactic astronomy spectroscopy high energy physics atomic spectroscopy type ia supernovae computational astrophysics astrophysical simulations relativistic astrophysics cosmology synchrotron radiation galaxy formation applied physics experimental physics infrared spectroscopy radiative transfer atmospheric measurement technique optical spectroscopy laser-plasma interaction x-ray spectroscopy infrared photometry time dependence quantitative science studies quantum cosmology particle cosmology astrostatistics optical engineering infrared optic absorption spectroscopy environmental effects galaxy bias baryon acoustic oscillations science drivers dust continuum time history atmospheric research numerical simulations theoretical physics statistical physics computational physics nature computer-aided design scientific computing modern physics aerosol science planetary atmospheres exoplanet atmospheres extrasolar system alternative cosmology numerical relativity gravitational physics theoretical high-energy physics model transformation model building general relativity astrochemistry selection bias gas discharge plasma geometry processing shape analysis radiative transfer modelling partial evaluation type iib supernova shock breakout neutrino signature core-collapse supernovae extrasolar giant planets reflection spectra line emission galaxy formation and evolution large scale structure neutrino transport type ib

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Abacus Cosmological N -Body Code. Monthly Notices of the Royal Astronomical Society (2021)

Lehman H GarrisonDaniel J EisensteinDouglas FerrerNina A MaksimovaPhilip A Pinto

dark matterparticle cosmologyalternative cosmologyastronomyastrophysical simulationsobservational cosmologycosmologyquantum cosmologyastrophysicsnumerical relativitycomputational astrophysics

A High-Fidelity Realization of the Euclid Code Comparison N-Body Simulation With Abacus. Monthly Notices of the Royal Astronomical Society (2019)

Lehman H GarrisonDaniel J EisensteinPhilip A Pinto

high-energy astrophysicsnumerical simulationsastronomyastrophysical simulationshigh-fidelity realizationrelativistic astrophysicsastrophysicscomputational astrophysics

Cosmology With Stacked Cluster Weak Lensing and Cluster–Galaxy Cross-Correlations. Monthly Notices of the Royal Astronomical Society (2019)

Andrés N SalcedoBenjamin D WibkingDavid H WeinbergHao-Yi WuDouglas FerrerDaniel EisensteinPhilip Pinto

cluster-galaxy cross-correlationsextragalactic astronomyastronomycosmologygalaxy formation and evolution

Measuring Baryon Acoustic Oscillations With Millions of Supernovae. OakTrust (Texas A&M University Libraries) (2019)

Hu ZhanLifan WangPhilip PintoJ. Anthony Tyson

high-energy astrophysicsastronomybaryon acoustic oscillationsobservational astronomyastrophysics

Emulating Galaxy Clustering and Galaxy–Galaxy Lensing Into the Deeply Non-Linear Regime: Methodology, Information, and Forecasts. Monthly Notices of the Royal Astronomical Society (2018)

Benjamin D WibkingAndrés N SalcedoDavid H WeinbergLehman H GarrisonDouglas FerrerJeremy TinkerDaniel EisensteinMarc MetchnikPhilip Pinto

extragalactic astronomyhigh-energy astrophysicsgalaxy-galaxy lensingforecastinggalaxy clusteringastronomygalaxy formationdeeply non-linear regimeobservational astronomygalaxy formation and evolution

The Abacus Cosmos: A Suite of Cosmological N-Body Simulations. The Astrophysical Journal Supplement Series (2018)

Lehman H. GarrisonDaniel J. EisensteinDouglas FerrerJeremy L. TinkerPhilip A. PintoDavid H. Weinberg

cosmological n-body simulationsastrophysical simulationsabacus cosmoscosmologyastrophysicscomputational astrophysics

Improving Initial Conditions for Cosmological N -Body Simulations. Monthly Notices of the Royal Astronomical Society (2016)

Lehman H. GarrisonDaniel J. EisensteinDouglas FerrerMarc V. MetchnikPhilip A. Pinto

astronomyastrophysical simulationscosmologyinitial conditions

Faster, Better, Cheaper N-Body With Abacus. AAS (2014)

Douglas FerrerD. EisensteinM. V. MetchnikP. A. Pinto

applied mathematicscheaper n-body

Dark Energy and Cosmic Sound. IAC Talks, Astronomy and Astrophysics Seminars from the Instituto de Astrofísica de Canarias (2012)

D. EisensteinM. BlantonA. CuestaJ. EckelK. MehtaM. MetchnikN. PadmanabhanW. PercivalP. PintoB. ReidD. SchlegelH. J. SeoE. SirkoD. SpergelM. WhiteX. Xu

dark energyastronomyspace weathercosmologyastrophysicscosmic sound

Evidence for Type Ia Supernova Diversity From Ultraviolet Observations With the Hubble Space Telescope. Astrophysical Journal (2012)

extragalactic astronomyhigh-energy astrophysicsastronomycosmic abundanceobservational astronomyplanetary changesupernovaultraviolet observationsastrophysicshubble space telescopesynchrotron radiationplanetary sciencesstellar astrophysics

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Philip A Pinto

Emeritus Professor of Astronomy

University of Arizona

Affiliations

College of Science

Astronomy & Steward Observatory

Philip A Pinto is currently serving as an Astronomy & Steward Observatory Emeritus Professor of Astronomy at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Philip A Pinto

University of Arizona

Emeritus Professor of Astronomy

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Abacus Cosmological N -Body Code. Monthly Notices of the Royal Astronomical Society (2021)

Lehman H GarrisonDaniel J EisensteinDouglas FerrerNina A MaksimovaPhilip A Pinto

dark matterparticle cosmologyalternative cosmologyastronomyastrophysical simulationsobservational cosmologycosmologyquantum cosmologyastrophysicsnumerical relativitycomputational astrophysics

A High-Fidelity Realization of the Euclid Code Comparison N-Body Simulation With Abacus. Monthly Notices of the Royal Astronomical Society (2019)

Lehman H GarrisonDaniel J EisensteinPhilip A Pinto

high-energy astrophysicsnumerical simulationsastronomyastrophysical simulationshigh-fidelity realizationrelativistic astrophysicsastrophysicscomputational astrophysics

Cosmology With Stacked Cluster Weak Lensing and Cluster–Galaxy Cross-Correlations. Monthly Notices of the Royal Astronomical Society (2019)

Andrés N SalcedoBenjamin D WibkingDavid H WeinbergHao-Yi WuDouglas FerrerDaniel EisensteinPhilip Pinto

cluster-galaxy cross-correlationsextragalactic astronomyastronomycosmologygalaxy formation and evolution

Measuring Baryon Acoustic Oscillations With Millions of Supernovae. OakTrust (Texas A&M University Libraries) (2019)

Hu ZhanLifan WangPhilip PintoJ. Anthony Tyson

high-energy astrophysicsastronomybaryon acoustic oscillationsobservational astronomyastrophysics

Emulating Galaxy Clustering and Galaxy–Galaxy Lensing Into the Deeply Non-Linear Regime: Methodology, Information, and Forecasts. Monthly Notices of the Royal Astronomical Society (2018)

Benjamin D WibkingAndrés N SalcedoDavid H WeinbergLehman H GarrisonDouglas FerrerJeremy TinkerDaniel EisensteinMarc MetchnikPhilip Pinto

extragalactic astronomyhigh-energy astrophysicsgalaxy-galaxy lensingforecastinggalaxy clusteringastronomygalaxy formationdeeply non-linear regimeobservational astronomygalaxy formation and evolution

The Abacus Cosmos: A Suite of Cosmological N-Body Simulations. The Astrophysical Journal Supplement Series (2018)

Lehman H. GarrisonDaniel J. EisensteinDouglas FerrerJeremy L. TinkerPhilip A. PintoDavid H. Weinberg

cosmological n-body simulationsastrophysical simulationsabacus cosmoscosmologyastrophysicscomputational astrophysics

Improving Initial Conditions for Cosmological N -Body Simulations. Monthly Notices of the Royal Astronomical Society (2016)

Lehman H. GarrisonDaniel J. EisensteinDouglas FerrerMarc V. MetchnikPhilip A. Pinto

astronomyastrophysical simulationscosmologyinitial conditions

Faster, Better, Cheaper N-Body With Abacus. AAS (2014)

Douglas FerrerD. EisensteinM. V. MetchnikP. A. Pinto

applied mathematicscheaper n-body

Dark Energy and Cosmic Sound. IAC Talks, Astronomy and Astrophysics Seminars from the Instituto de Astrofísica de Canarias (2012)

D. EisensteinM. BlantonA. CuestaJ. EckelK. MehtaM. MetchnikN. PadmanabhanW. PercivalP. PintoB. ReidD. SchlegelH. J. SeoE. SirkoD. SpergelM. WhiteX. Xu

dark energyastronomyspace weathercosmologyastrophysicscosmic sound

Evidence for Type Ia Supernova Diversity From Ultraviolet Observations With the Hubble Space Telescope. Astrophysical Journal (2012)

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Similar Faculty Members

Maryam Modjaz

Institution

University of Virginia

astronomy

high-energy astrophysics

David J Sand

Institution

University of Arizona

globular cluster

stellar evolution

Adam Miller

Institution

Northwestern University

astronomy

observational astronomy

Paul S Smith

Institution

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extragalactic astronomy

radio quasars

Eiichi Egami

Institution

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cosmology

galaxy clusters

Brian David Fields

Institution

University of Illinois Urbana-Champaign

alternative cosmology

planetary sciences

Gautham Narayan

Institution

University of Illinois Urbana-Champaign

data science

survey science

Ira M. Wasserman

Institution

Cornell University

cosmology

modern physic

Fulvio Melia

Institution

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cosmology

gravity

J. Craig Wheeler

Institution

University of Texas at Austin

extraterrestrial intelligence

high energy density physic