Faculty

Institution

Unit

Venue

Ian H. Hutchinson

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

NoneIan H. Hutchinson is currently serving as a Nuclear Science And Engineering faculty at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Ian H. Hutchinson

Massachusetts Institute of Technology

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applied physics particle physics alcator c-mod physics nuclear fusion nuclear physics materials science plasma science radiation oncology atomic physics fusion science fusion space weather fusion engineering nuclear engineering condensed matter physics high energy physics plasma physics instrumentation nuclear science controlled nuclear fusion alcator c-mod tokamak particle beam alcator c-mod plasmas space science ion collection radiofrequency heating fluid mechanics instrument science magnetic confinement fusion alcator tokamak microwave technology geophysical research space plasma physics plasma diagnostics applied plasma physics magnetic fields electron cyclotron emission toroidal rotation engineering science particle methods cryogenics flowing plasma c-mod plasmas tokamak plasmas numerical simulations nonlinear phenomena nonlinear science nonlinear dynamics particle technology fragmentation effect magnetic confinement solar-terrestrial interaction analytical instrumentation ion emission nuclear safety accelerator technology vacuum device dusty plasmas plasma instabilities data fusion strong magnetic fields plasma flow halo currents tokamak plasma alcator c-mod divertor lower hybrid heating thermal engineering radio frequency medical diagnostics microwave engineering intermittently connected device computational biophysics hydraulics black holes theoretical analysis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coherent Structures in One-Dimensional Buneman Instability Nonlinear Simulations. Physics of Plasmas (2025)

physicswave nonlinearitynonlinear wave propagationnonlinear phenomenadynamical systemsnonlinear sciencemathematical physicsnonlinear analysiscoherent structuresapplied mathematicsnonlinear dynamicscomputational physics

The Low Frequency Edge Oscillation in Alcator C-Mod and Asdex Upgrade I-Mode. Plasma Physics and Controlled Fusion (2025)

physicscomputational electromagneticshigh-frequency devicesintegrated circuitselectrical engineeringmicroelectronicsapplied physicselectronic circuitsalcator c-mod

Kinetic Solitary Electrostatic Structures in Collisionless Plasma: Phase-Space Holes. Reviews of Modern Physics (2024)

I. H. Hutchinson

physicscomputational astrophysicsplasma physicsexperimental physicsastrophysical plasmasspace weatherplasma sciencecollisionless plasmastellar astrophysicsspace sciencephase-space holesdusty plasmasplasma chemistryspace plasma physicsrelativistic astrophysicsfusion scienceelectromagnetic fieldsplanetary scienceselectromagnetismastronomy

Slow Electron Holes in the Earth's Magnetosheath. Journal of Geophysical Research Space Physics (2024)

Z. I. ShaikhI. Y. VaskoI. H. HutchinsonS. R. KamaletdinovJ. C. HolmesD. L. NewmanF. S. Mozer

planetary sciencesgeophysical researchslow electron holesgeophysicsplanetary magnetospheresastronomyspace scienceearth sciencesolar-terrestrial interaction

Comment on “Evolution Equations of Nonlinearly Permissible, Coherent Hole Structures Propagating Persistently in Collisionless Plasmas”. Annalen der Physik (2023)

I H Hutchinson

physicscomputational astrophysicsplasma physicscondensed matter physicsnonlinear phenomenadynamical systemsmagnetic fieldsnonlinear sciencecoherent hole structuresevolution equationsapplied physicscollisionless plasmasnonlinear dynamicsevolutionary biology

Ion Hole Equilibrium and Dynamics in One Dimension. Physics of Plasmas (2023)

I. H. Hutchinson

physicsplanetary sciencesion mobilitytransport phenomenaatomic physicsplasma physicsion hole equilibriumdiffusionnumerical simulationsion structureradiationapplied physicsdusty plasmasdynamic equilibriumion process

Multimode Theory of Electron Hole Transverse Instability. Journal of Plasma Physics (2023)

Xiang ChenI.H. Hutchinson

applied physicsparticle physicsspace weathermultimode theory

An Assessment of Full-Wave Effects on Maxwellian Lower-Hybrid Wave Damping. Plasma Physics and Controlled Fusion (2022)

Frank, S. J.Wright, J. C.Hutchinson, I. H.Bonoli, P. T.

full-wave effectscontrolled nuclear fusionfusion

Asymmetric One-Dimensional Slow Electron Holes. DSpace@MIT (Massachusetts Institute of Technology) (2022)

I.H. Hutchinson

physicshigh energy physicsexperimental physicsone-dimensional materialselectron physicquantum heterostructuresapplied physicscomputational physics

Oblate Electron Holes Are Not Attributable to Anisotropic Shielding. DSpace@MIT (Massachusetts Institute of Technology) (2022)

I.H. Hutchinson

space weatheroblate electron holes

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Ian H. Hutchinson

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

NoneIan H. Hutchinson is currently serving as a Nuclear Science And Engineering faculty at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ian H. Hutchinson

Massachusetts Institute of Technology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coherent Structures in One-Dimensional Buneman Instability Nonlinear Simulations. Physics of Plasmas (2025)

The Low Frequency Edge Oscillation in Alcator C-Mod and Asdex Upgrade I-Mode. Plasma Physics and Controlled Fusion (2025)

physicscomputational electromagneticshigh-frequency devicesintegrated circuitselectrical engineeringmicroelectronicsapplied physicselectronic circuitsalcator c-mod

Kinetic Solitary Electrostatic Structures in Collisionless Plasma: Phase-Space Holes. Reviews of Modern Physics (2024)

I. H. Hutchinson

Slow Electron Holes in the Earth's Magnetosheath. Journal of Geophysical Research Space Physics (2024)

Z. I. ShaikhI. Y. VaskoI. H. HutchinsonS. R. KamaletdinovJ. C. HolmesD. L. NewmanF. S. Mozer

planetary sciencesgeophysical researchslow electron holesgeophysicsplanetary magnetospheresastronomyspace scienceearth sciencesolar-terrestrial interaction

Comment on “Evolution Equations of Nonlinearly Permissible, Coherent Hole Structures Propagating Persistently in Collisionless Plasmas”. Annalen der Physik (2023)

I H Hutchinson

Ion Hole Equilibrium and Dynamics in One Dimension. Physics of Plasmas (2023)

I. H. Hutchinson

Multimode Theory of Electron Hole Transverse Instability. Journal of Plasma Physics (2023)

Xiang ChenI.H. Hutchinson

applied physicsparticle physicsspace weathermultimode theory

An Assessment of Full-Wave Effects on Maxwellian Lower-Hybrid Wave Damping. Plasma Physics and Controlled Fusion (2022)

Frank, S. J.Wright, J. C.Hutchinson, I. H.Bonoli, P. T.

full-wave effectscontrolled nuclear fusionfusion

Asymmetric One-Dimensional Slow Electron Holes. DSpace@MIT (Massachusetts Institute of Technology) (2022)

I.H. Hutchinson

physicshigh energy physicsexperimental physicsone-dimensional materialselectron physicquantum heterostructuresapplied physicscomputational physics

Oblate Electron Holes Are Not Attributable to Anisotropic Shielding. DSpace@MIT (Massachusetts Institute of Technology) (2022)

I.H. Hutchinson

space weatheroblate electron holes

1
2
3
4
5
35
10 / page

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Similar Faculty Members

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applied physics

materials science

Miklos Porkolab

Institution

Massachusetts Institute of Technology

fusion

astrophysics theory

Farhat N. Beg

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University of California, San Diego

electromagnetism

gas discharge plasma

Riccardo Betti

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Sergei Krasheninnikov

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turbulent transport

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laser wakefield acceleration

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