Faculty

Institution

Unit

Venue

Martin Goldman

Professor Emeritus

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Physics

Martin Goldman is currently serving as a College Of Engineering & Applied Science Professor Emeritus at University of Colorado Boulder.

Honors

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Experiences

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Education

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Martin Goldman

University of Colorado Boulder

Professor Emeritus

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applied physics space weather planetary sciences physics space science particle physics geophysics geophysical research atmospheric science fluid dynamics plasma science astronomy astrophysics fluid mechanics magnetic reconnection auroral ionosphere ionosphere astroparticle physics magnetospheric plasma solar-terrestrial interaction langmuir turbulence high-energy astrophysics space physics electron holes atmospheric research wave theory langmuir waves collisionless magnetic reconnection numerical simulations plasma instabilities planetary magnetospheres plasmonics magnetic fields turbulence modeling beam-plasma instability space plasmas computational geophysics lunar science magnetospheric multiscale mission ionospheric modification suprathermal background electrons guide field reconnection electrostatic waves energy conversion relativistic astrophysics hydrodynamic stability langmuir collapse parallel electric fields drift waves high energy physics geodesy scientific computing radiation effects marine meteorology hydraulics geophysical signal processing light scattering applied geophysics wave scattering space geodesy nanofluidics marine hydrodynamics ion beams wave motion astrophysical simulations astrophysical plasmas astrochemistry charge transport

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of Electron Distribution Functions From the Magnetospheric Multiscale (Mms) Mission Using the Gaussian Mixture Model. Journal of Geophysical Research Machine Learning and Computation (2025)

Beniamino SanòNathan N. Maes AnnoDavid L. NewmanMarty GoldmanFrancesco ValentiniDenise PerroneGiovanni Lapenta

scientific computingcomputational geophysicsmachine learninggeophysical researchelectron distribution functionscomputer sciencegaussian mixture modelmagnetospheric multiscale

Bridging in Situ Satellite Measurements and Simulations of Magnetic Reconnection Using Recurrent Neural Networks. Journal of Geophysical Research Space Physics (2025)

computational geophysicsrecurrent neural networksgeophysical researchspace explorationgeophysicsgeodesysitu satellite measurementsspace scienceearth scienceaerospace engineeringneural network (machine learning)

Identifying the Location of Magnetospheric Multiscale Relative to the Magnetotail Reconnection X-Line Using Pic Simulation and Machine Learning. Authorea (Authorea) (2025)

electromagnetic fieldsplanetary scienceselectromagnetismmachine learningmagnetospheric multiscale relativegeophysical researchmagnetohydrodynamicsgeophysicsastronomymagnetospheric plasmaspace physicsspace weather

A Machine Learning Approach to Structure and Energy in Magnetic Reconnection. (2024)

Cara WatersJonathan EastwoodNaïs FargetteMartin GoldmanDavid NewmanGiovanni Lapenta

computer sciencemagnetic reconnectionmachine learning

Analysis of Electron Distribution Functions Using the Gaussian Mixture Model. Authorea (Authorea) (2024)

Beniamino SanòNathan N. MaesDavid L. NewmanMartin V. GoldmanFrancesco ValentiniGiovanni Lapenta

analytical chemistrybiostatisticsstatisticsapplied mathematicsgaussian mixture modelelectron distribution functions

Classifying Magnetic Reconnection Regions Using K ‐Means Clustering: Applications to Energy Partition. Journal of Geophysical Research Space Physics (2024)

Cara L. WatersJonathan P. EastwoodNaïs FargetteDavid L. NewmanMartin V. Goldman

magnetic reconnection regionsgeophysical researchgeophysicsenergy partitionspace scienceearth scienceclusteringspace physics

Energy Conversion and Transport in Dayside Electron Diffusion Regions.. (2024)

Naïs FargetteJonathan EastwoodCara WatersDavid NewmanMartin GoldmanGiovanni Lapenta

energy conversionapplied physics

Statistical Study of Energy Transport and Conversion in Electron Diffusion Regions at Earth's Dayside Magnetopause. Journal of Geophysical Research Space Physics (2024)

Naïs FargetteJonathan P. EastwoodCara L. WatersMarit ØierosetTai D. PhanDavid L. NewmanJ. E. StawarzMartin V. GoldmanGiovanni Lapenta

geophysical researchenvironmental sciencemagnetismcharge transportatmospheric researchspace sciencestatistical studysolar-terrestrial interactiondayside magnetopauseenergy conversionearth scienceplanetary sciencesmagnetohydrodynamicsgeophysicsplanetary magnetospheresdiffusionelectron diffusion regionsmagnetospheric plasmaenergy transportspace physics

Formation and Reconnection of Electron Scale Current Layers in the Turbulent Outflows of a Primary Reconnection Site. The Astrophysical Journal (2022)

Giovanni LapentaMartin GoldmanDavid L. NewmanStefan Eriksson

turbulent outflowsastrophysicsastroparticle physicsplanetary sciencesextragalactic astronomyastrophysical simulationsastrophysical plasmasprimary reconnection siteastrochemistryastronomyspace sciencerelativistic astrophysicsobservational astronomyapplied physicsspace weatherhigh-energy astrophysics

Multi-Beam Energy Moments of Compound Measured Ion Velocity Distributions. arXiv (Cornell University) (2021)

Martin V. GoldmanDavid. L. NewmanJonathan P. EastwoodGiovanni LapentaJames L. BurchBarbara Giles

multi-beam energy momentsanalytical chemistryion velocity distributionsapplied physicsspace weather

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Martin Goldman

Professor Emeritus

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Physics

Martin Goldman is currently serving as a College Of Engineering & Applied Science Professor Emeritus at University of Colorado Boulder.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Martin Goldman

University of Colorado Boulder

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Beniamino SanòNathan N. Maes AnnoDavid L. NewmanMarty GoldmanFrancesco ValentiniDenise PerroneGiovanni Lapenta

scientific computingcomputational geophysicsmachine learninggeophysical researchelectron distribution functionscomputer sciencegaussian mixture modelmagnetospheric multiscale

Bridging in Situ Satellite Measurements and Simulations of Magnetic Reconnection Using Recurrent Neural Networks. Journal of Geophysical Research Space Physics (2025)

Identifying the Location of Magnetospheric Multiscale Relative to the Magnetotail Reconnection X-Line Using Pic Simulation and Machine Learning. Authorea (Authorea) (2025)

A Machine Learning Approach to Structure and Energy in Magnetic Reconnection. (2024)

Cara WatersJonathan EastwoodNaïs FargetteMartin GoldmanDavid NewmanGiovanni Lapenta

computer sciencemagnetic reconnectionmachine learning

Analysis of Electron Distribution Functions Using the Gaussian Mixture Model. Authorea (Authorea) (2024)

Beniamino SanòNathan N. MaesDavid L. NewmanMartin V. GoldmanFrancesco ValentiniGiovanni Lapenta

analytical chemistrybiostatisticsstatisticsapplied mathematicsgaussian mixture modelelectron distribution functions

Classifying Magnetic Reconnection Regions Using K ‐Means Clustering: Applications to Energy Partition. Journal of Geophysical Research Space Physics (2024)

Cara L. WatersJonathan P. EastwoodNaïs FargetteDavid L. NewmanMartin V. Goldman

magnetic reconnection regionsgeophysical researchgeophysicsenergy partitionspace scienceearth scienceclusteringspace physics

Energy Conversion and Transport in Dayside Electron Diffusion Regions.. (2024)

Naïs FargetteJonathan EastwoodCara WatersDavid NewmanMartin GoldmanGiovanni Lapenta

energy conversionapplied physics

Statistical Study of Energy Transport and Conversion in Electron Diffusion Regions at Earth's Dayside Magnetopause. Journal of Geophysical Research Space Physics (2024)

Naïs FargetteJonathan P. EastwoodCara L. WatersMarit ØierosetTai D. PhanDavid L. NewmanJ. E. StawarzMartin V. GoldmanGiovanni Lapenta

Formation and Reconnection of Electron Scale Current Layers in the Turbulent Outflows of a Primary Reconnection Site. The Astrophysical Journal (2022)

Giovanni LapentaMartin GoldmanDavid L. NewmanStefan Eriksson

Multi-Beam Energy Moments of Compound Measured Ion Velocity Distributions. arXiv (Cornell University) (2021)

Martin V. GoldmanDavid. L. NewmanJonathan P. EastwoodGiovanni LapentaJames L. BurchBarbara Giles

multi-beam energy momentsanalytical chemistryion velocity distributionsapplied physicsspace weather

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Frederick Wilder

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University of Texas at Arlington

electromagnetism

magnetohydrodynamics

Paul Cassak

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West Virginia University

numerical simulations

magnetohydrodynamics

Scott Robertson

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electromagnetism

magnetohydrodynamics

Gregory Howes

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kinetic plasma turbulence

turbulence modeling

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Dartmouth College

gravitational quantum physics

space weather

Ferdinand Coroniti

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astrophysical systems

magnetohydrodynamics

Robert Lysak

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planetary magnetospheres

space weather

Jan Josef Sojka

Institution

Utah State University

space weather

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Walter Gekelman

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University of California, Los Angeles

magnetic flux ropes.

electromagnetism

Bruno Coppi

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astroparticle physics

astrophysics theory