Faculty

Institution

Unit

Venue

Jeffrey P. Freidberg

Professor of Nuclear Science and Engineering Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

Jeffrey P. Freidberg is currently serving as a Nuclear Science And Engineering Professor of Nuclear Science and Engineering Emeritus at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Jeffrey P. Freidberg

Massachusetts Institute of Technology

Professor of Nuclear Science and Engineering Emeritus

You can click a keyword to filter the displayed items

applied physics physics fluid dynamics magnetohydrodynamics nuclear fusion fluid mechanics particle physics stability fusion plasma science fusion engineering fusion science engineering applied mathematics controlled nuclear fusion nuclear physics plasma physics hydrodynamic stability magnetic confinement fusion numerical simulations inertial fusion energy space weather condensed matter physics plasma instabilities nuclear engineering stability analysis fusion power nuclear science hydraulics fusion system design resistive wall mode high energy physics magnetic confinement grad-shafranov equation computational physics fluid flow thermal engineering superconducting materials fusion reactor material system stability nonlinear plasma waves scientific computing attention disorders friction accelerator technology accelerator physics numerical computation nonlinear wave propagation applied plasma physics numerical stability compressible flows kink instabilities high-b tokamak magnetohydrodynamic stability longitudinal flow tokamak elongation two-stream instability nonlinear effects dynamic stability fusion energy condensed matter energy institute theoretical analysis magnetospheric plasma particle accelerators instrument science radiation detection gas explosions blast loading blast engineering flow physics rarefied flow ideal magnetohydrodynamics ideal magnetohydrodynamic theory magnetic fusion systems resonant absorption

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Velikhov-Ionisation Instability Revisited: A New Opportunity for Mhd Energy Conversion?. Journal of Plasma Physics (2025)

physicsmagnetic confinementelectromagnetismmagnetic confinement fusionplasma physicsmagnetohydrodynamicsfusionplasma instabilities

The Compelling Need for a Mid-Scale Stellarator Facility. (2024)

N. PablantD. AndersonJ. AndersonS. AndersonD. AndruczykA. BaderS.-G. BaekB. BallingerL. BaylorN. BertelliA. BhattacharjeeA. BoozerJ. CanikA. CerfonC. ChangR. ChurchillD. CurreliS. De PascualeL. Delgao-AparicioD. DemersD. Den HartogC. DengA. DominguezW. DorlandB. DudsonE. EdlundD. EnnisB. FaberR. FonckJ. FreidbergD. GatesB. GeigerA. GlasserR. GranetzW. GuttenfelderR. HagerK. HammondJ. HansonJ. HarrisA. HassamC. HegnaW. HeidbrinkE. HinsonS. HudsonR. JorgeI. JosephC.C.K. KlepperS. KnowltonE. KolemenM. KrieteT. KrugerS. KumarM. LandremanK. LikinZ. LinJ. LoreC. LoweR. LunsfordN. MandellD. MaurerC. MichoskiA. MollenH. MynickS. NaikG. NeilsonF. NespoliF. ParraE. PaulM. PorkolabS. PragerM. PueschelA. PunjabiA. RamA. ReimanD. RuzicJ. SarffJ. SchmittO. SchmitzJ. SchwartzW. SenguptaS. ShiraiwaD. SmithD. SpongC. SwansonJ. TalmadgeJ. TerryE. UnterbergA. WareH. WeitznerA. WrightGlen WurdenM. ZarnstorffB. Zhu

compelling needspace explorationmid-scale stellarator facilityaerospace engineering

Revisiting the Mhd Generator Using Hts Magnets - Better Late Than Never. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

S. FrankJ. FreidbergM. ClingermanD. Whyte

mhd generatormagnetohydrodynamicselectrical engineeringhts magnets

Transport. Cambridge University Press eBooks (2023)

P JaramilloS KahnP NewmanP ShuklaJ SkeaR SladeA Al KhourdajieR Van DiemenD MccollumM PathakS SomeP VyasR FraderaM BelkacemiA HasijaG LisboaS LuzJ Malley

full pdf

A Steady State vs Pulsed Fusion Neutron Science Facility. Nuclear Fusion (2022)

L. GuazzottoJ.P. Freidberg

physicsnuclear physicsnuclear fusion

High Performance Equilibrium Solvers for Integrated Magnetic Fusion Simulations. (2022)

Antoine CerfonGeoffrey McFaddenJon WilkeningJungpyo LeeTonatiuh Sanchez-VizuetLise-Marie Imbert-GérardDhairya MalhotraLee RicketsonMartin GreenwaldMatt LandremanJeffrey FreidbergMike O'NeilFelix ParraManas RachhTravis AskhamEugenia KimDan SegalJustin BallDi QiAndrew Majda

Radiative Pulsed L-Mode Operation in Arc-Class Reactors. Nuclear Fusion (2022)

S.J. FrankC.J. PerksA.O. NelsonT. QianS. JinA. CavallaroA. RutkowskiA. ReimanJ.P. FreidbergP. Rodriguez-FernandezD. Whyte

radiation oncologynuclear physicsarc-class reactorsl-mode operationradiationnuclear fusionnuclear engineering

Simple, General, Realistic, Robust, Analytic Tokamak Equilibria. Part 1. Limiter and Divertor Tokamaks. Journal of Plasma Physics (2021)

L. GuazzottoJ. P. Freidberg

physicsplasma scienceparticle physics

Simple, General, Realistic, Robust, Analytic Tokamak Equilibria. Part 2. Pedestals and Flow. Journal of Plasma Physics (2021)

L. GuazzottoJ. P. Freidberg

fluid dynamicsapplied physicsplasma science

Steady State Versus Pulsed Tokamak Reactors. Nuclear Fusion (2021)

D.J. SegalA.J. CerfonJ.P. Freidberg

engineeringnuclear physicsnuclear fusionfusion engineeringnuclear engineering

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Jeffrey P. Freidberg

Professor of Nuclear Science and Engineering Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

Jeffrey P. Freidberg is currently serving as a Nuclear Science And Engineering Professor of Nuclear Science and Engineering Emeritus 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

Jeffrey P. Freidberg

Massachusetts Institute of Technology

Professor of Nuclear Science and Engineering Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Velikhov-Ionisation Instability Revisited: A New Opportunity for Mhd Energy Conversion?. Journal of Plasma Physics (2025)

physicsmagnetic confinementelectromagnetismmagnetic confinement fusionplasma physicsmagnetohydrodynamicsfusionplasma instabilities

The Compelling Need for a Mid-Scale Stellarator Facility. (2024)

compelling needspace explorationmid-scale stellarator facilityaerospace engineering

Revisiting the Mhd Generator Using Hts Magnets - Better Late Than Never. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

S. FrankJ. FreidbergM. ClingermanD. Whyte

mhd generatormagnetohydrodynamicselectrical engineeringhts magnets

Transport. Cambridge University Press eBooks (2023)

P JaramilloS KahnP NewmanP ShuklaJ SkeaR SladeA Al KhourdajieR Van DiemenD MccollumM PathakS SomeP VyasR FraderaM BelkacemiA HasijaG LisboaS LuzJ Malley

full pdf

A Steady State vs Pulsed Fusion Neutron Science Facility. Nuclear Fusion (2022)

L. GuazzottoJ.P. Freidberg

physicsnuclear physicsnuclear fusion

High Performance Equilibrium Solvers for Integrated Magnetic Fusion Simulations. (2022)

Radiative Pulsed L-Mode Operation in Arc-Class Reactors. Nuclear Fusion (2022)

S.J. FrankC.J. PerksA.O. NelsonT. QianS. JinA. CavallaroA. RutkowskiA. ReimanJ.P. FreidbergP. Rodriguez-FernandezD. Whyte

radiation oncologynuclear physicsarc-class reactorsl-mode operationradiationnuclear fusionnuclear engineering

Simple, General, Realistic, Robust, Analytic Tokamak Equilibria. Part 1. Limiter and Divertor Tokamaks. Journal of Plasma Physics (2021)

L. GuazzottoJ. P. Freidberg

physicsplasma scienceparticle physics

Simple, General, Realistic, Robust, Analytic Tokamak Equilibria. Part 2. Pedestals and Flow. Journal of Plasma Physics (2021)

L. GuazzottoJ. P. Freidberg

fluid dynamicsapplied physicsplasma science

Steady State Versus Pulsed Tokamak Reactors. Nuclear Fusion (2021)

D.J. SegalA.J. CerfonJ.P. Freidberg

engineeringnuclear physicsnuclear fusionfusion engineeringnuclear engineering

1
2
3
4
5
19
10 / page

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