Basis Light-Front Quantization: Recent Progress and Future Prospects

James P. Vary; Lekha Adhikari; Guangyao Chen; Yang Li; Pieter Maris; Xingbo Zhao

doi:10.1007/s00601-016-1117-x

Basis Light-Front Quantization: Recent Progress and Future Prospects

James P. Vary, Lekha Adhikari, Guangyao Chen, Yang Li, Pieter Maris, Xingbo Zhao

Mathematics & Statistics

Research output: Contribution to journal › Article › peer-review

14 Scopus citations

Abstract

Light-front Hamiltonian field theory has advanced to the stage of becoming a viable non-perturbative method for solving forefront problems in strong interaction physics. Physics drivers include hadron mass spectroscopy, generalized parton distribution functions, spin structures of the hadrons, inelastic structure functions, hadronization, particle production by strong external time-dependent fields in relativistic heavy ion collisions, and many more. We review selected recent results and future prospects with basis light-front quantization that include fermion-antifermion bound states in QCD, fermion motion in a strong time-dependent external field and a novel non-perturbative renormalization scheme.

Original language	English (US)
Pages (from-to)	695-702
Number of pages	8
Journal	Few-Body Systems
Volume	57
Issue number	8
DOIs	https://doi.org/10.1007/s00601-016-1117-x
State	Published - Aug 1 2016

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© 2016, Springer-Verlag Wien.

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AU - Maris, Pieter

AU - Zhao, Xingbo

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N2 - Light-front Hamiltonian field theory has advanced to the stage of becoming a viable non-perturbative method for solving forefront problems in strong interaction physics. Physics drivers include hadron mass spectroscopy, generalized parton distribution functions, spin structures of the hadrons, inelastic structure functions, hadronization, particle production by strong external time-dependent fields in relativistic heavy ion collisions, and many more. We review selected recent results and future prospects with basis light-front quantization that include fermion-antifermion bound states in QCD, fermion motion in a strong time-dependent external field and a novel non-perturbative renormalization scheme.

AB - Light-front Hamiltonian field theory has advanced to the stage of becoming a viable non-perturbative method for solving forefront problems in strong interaction physics. Physics drivers include hadron mass spectroscopy, generalized parton distribution functions, spin structures of the hadrons, inelastic structure functions, hadronization, particle production by strong external time-dependent fields in relativistic heavy ion collisions, and many more. We review selected recent results and future prospects with basis light-front quantization that include fermion-antifermion bound states in QCD, fermion motion in a strong time-dependent external field and a novel non-perturbative renormalization scheme.

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Basis Light-Front Quantization: Recent Progress and Future Prospects

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