Faculty

Institution

Unit

Venue

Herbert Fried

Professor Emeritus

Brown University

Affiliations

Department of Physics

Herbert Fried is currently serving as a Physics Professor Emeritus at Brown University.

Honors

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Experiences

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Education

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Herbert Fried

Brown University

Professor Emeritus

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physics particle physics quantum chromodynamics theoretical high-energy physics high energy physics applied mathematics quantum mechanics mathematical physics cosmology quantum science theoretical physics planetary sciences nuclear physics quantum field theory non-perturbative qcd gravitational physics mathematics particle cosmology atomic physics spectral theory quantum chemistry gauge theory graph theory modern physics infrared method effective locality nonlinear science experimental physics quantum theory accelerator physics quantum cosmology functional methods eikonal approximations high energy density physics synchrotron radiation perturbation methods cavity qed quantum chaos chaos theory strong coupling infrared structure axiomatic perturbation theory field-theoretic model high-energy scattering loop bremsstrahlung field theory nonlinear phenomena nonlinear dynamics nonlinear analysis condensed matter mathematical sciences numerical simulations function theory nonlinear hyperbolic problem nonlinear control nonlinear process nonlinear oscillations nonlinear wave propagation meson spectroscopy gauge field theory quantum field theory in curved spacetime theoretical inorganic chemistry high temperature qcd nonlinear functional analysis mathematical statistical physic hadron physic potential theory dynamic constitutive behavior structural dynamics parameter identification nonlinear elasticity electromagnetic form factors high-energy nucleon scattering vacuum structure intense fields eikonal models functional analysis numerical treatment scientific computing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effective Locality in the Pure Gluon Sector. Modern Physics Letters A (2023)

H. M. FriedY. GabelliniT. Grandou

physicsmodern physicspure gluon sectoreffective locality

Qcd Effective Locality: A Theoretical and Phenomenological Review. Universe (2021)

Herbert M. FriedYves GabelliniThierry GrandouPeter H. Tsang

astronomyphenomenological revieweffective localityquantum entanglementquantum chromodynamics

A Physical Version of the Qcd Confinement Scale(S). Journal of Particle Physics (2019)

Herbert M. FriedPeter H. Tsang

physicsqcd confinement scaleparticle physicsphysical versionquantum chromodynamics

Comparison of Qcd Curves With Elastic Pp Scattering Data. International Journal of Modern Physics A (2019)

H. M. FriedP. H. TsangY. GabelliniT. GrandouY. M. Sheu

physicsparticle physicsqcd curvesmathematical physicsquantum chromodynamics

Non-Perturbative, Gauge-Invariant Qcd: No Longer in the Shadow of Qed. AIP conference proceedings (2018)

Herbert M. Fried

gauge-invariant qcdhigh energy physicsparticle physicscavity qedgauge theorynon-perturbative qcdapplied physicsquantum chromodynamics

On How Qcd Gauge Invariance Gets Realized in the Context of Effective Locality. Advances in High Energy Physics (2018)

H. M. FriedT. GrandouR. Hofmann

effective localityqcd gauge invarianceparticle physicsquantum chromodynamics

On the Non-Perturbative Realization of Qcd Gauge-Invariance. Modern Physics Letters A (2017)

H. M. FriedT. GrandouR. Hofmann

non-perturbative realizationqcd gauge-invarianceparticle physicsgauge theoryquantum chromodynamics

A New Approach to Analytic, Non-Perturbative, Gauge-Invariant Qcd Renormalization is Described, With Applications to High Energy Elastic Pp-Scattering.. EPJ Web of Conferences (2016)

H. M. FriedP. H. TsangY. GabelliniT. GrandouY-M. Sheu

gauge-invariant qcd renormalizationparticle physicsquantum chromodynamicsnon-perturbative qcd

Casimir Operator Dependences of Nonperturbative Fermionic Qcd Amplitudes. International Journal of Modern Physics A (2016)

H. M. FriedT. GrandouR. Hofmann

physicsnuclear physicsparticle physicscasimir operator dependencesquantum chromodynamics

Comparison of Gluon Bundle Based Qcd Curves With Isr Elastic Pp Scattering Data. arXiv (Cornell University) (2016)

Herbert M. FriedPeter H. TsangYves GabelliniThierry GrandouYeuan Ming Sheu

particle physicsqcd curvesgluon bundleapplied mathematicsquantum chromodynamics

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Herbert Fried

Professor Emeritus

Brown University

Affiliations

Department of Physics

Herbert Fried is currently serving as a Physics Professor Emeritus at Brown University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Herbert Fried

Brown University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effective Locality in the Pure Gluon Sector. Modern Physics Letters A (2023)

H. M. FriedY. GabelliniT. Grandou

physicsmodern physicspure gluon sectoreffective locality

Qcd Effective Locality: A Theoretical and Phenomenological Review. Universe (2021)

Herbert M. FriedYves GabelliniThierry GrandouPeter H. Tsang

astronomyphenomenological revieweffective localityquantum entanglementquantum chromodynamics

A Physical Version of the Qcd Confinement Scale(S). Journal of Particle Physics (2019)

Herbert M. FriedPeter H. Tsang

physicsqcd confinement scaleparticle physicsphysical versionquantum chromodynamics

Comparison of Qcd Curves With Elastic Pp Scattering Data. International Journal of Modern Physics A (2019)

H. M. FriedP. H. TsangY. GabelliniT. GrandouY. M. Sheu

physicsparticle physicsqcd curvesmathematical physicsquantum chromodynamics

Non-Perturbative, Gauge-Invariant Qcd: No Longer in the Shadow of Qed. AIP conference proceedings (2018)

Herbert M. Fried

gauge-invariant qcdhigh energy physicsparticle physicscavity qedgauge theorynon-perturbative qcdapplied physicsquantum chromodynamics

On How Qcd Gauge Invariance Gets Realized in the Context of Effective Locality. Advances in High Energy Physics (2018)

H. M. FriedT. GrandouR. Hofmann

effective localityqcd gauge invarianceparticle physicsquantum chromodynamics

On the Non-Perturbative Realization of Qcd Gauge-Invariance. Modern Physics Letters A (2017)

H. M. FriedT. GrandouR. Hofmann

non-perturbative realizationqcd gauge-invarianceparticle physicsgauge theoryquantum chromodynamics

A New Approach to Analytic, Non-Perturbative, Gauge-Invariant Qcd Renormalization is Described, With Applications to High Energy Elastic Pp-Scattering.. EPJ Web of Conferences (2016)

H. M. FriedP. H. TsangY. GabelliniT. GrandouY-M. Sheu

gauge-invariant qcd renormalizationparticle physicsquantum chromodynamicsnon-perturbative qcd

Casimir Operator Dependences of Nonperturbative Fermionic Qcd Amplitudes. International Journal of Modern Physics A (2016)

H. M. FriedT. GrandouR. Hofmann

physicsnuclear physicsparticle physicscasimir operator dependencesquantum chromodynamics

Comparison of Gluon Bundle Based Qcd Curves With Isr Elastic Pp Scattering Data. arXiv (Cornell University) (2016)

Herbert M. FriedPeter H. TsangYves GabelliniThierry GrandouYeuan Ming Sheu

particle physicsqcd curvesgluon bundleapplied mathematicsquantum chromodynamics

1
2
3
4
5
13
10 / page

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quantum field theory

theoretical high-energy physic

Daniel Zwanziger

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New York University

quantum field theory

gauge theory

Bernd Berg

Institution

Florida State University

quantum field theory

constructive field theory

Howard E Haber

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University of California, Santa Cruz

particle physics

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Gary Horowitz

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University of California, Santa Barbara

modern physic

general relativity

Michael C. Ogilvie

Institution

Washington University in St. Louis

quantum field theory

gauge theory

Gregory Gabadadze

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New York University

cosmology

quantum gravity

Stuart A. Raby

Institution

Ohio State University

fundamental physic

theoretical high-energy physic

Patrick I Draper

Institution

University of Illinois Urbana-Champaign

strong cp problem

quantum field theory

Ashok Das

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University of Rochester

modern physic

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