Global strings in high density QCD

MMN Forbes, AR Zhitnitsky - Physical Review D, 2002 - APS
We show that several types of global strings occur in color superconducting quark matter
due to the spontaneous violation of relevant U (1) symmetries. These include the baryon U …

Global strings in high density QCD

MMN Forbes, AR Zhitnitsky - Physical Review. D, Particles Fields, 2002 - osti.gov
We show that several types of global strings occur in color superconducting quark matter
due to the spontaneous violation of relevant U (1) symmetries. These include the baryon U …

[引用][C] Global strings in high density QCD

MMN Forbes, AR Zhitnitsky - Physical Review D, 2002 - cir.nii.ac.jp

[PDF][PDF] Global Strings in High Density QCD

MMN Forbes, AR Zhitnitsky - arXiv preprint hep-ph/0109173 - Citeseer
We show that several types of global strings occur in colour superconducting quark matter
due to the spontaneous violation of relevant U (1) symmetries. These include the baryon U …

Global strings in high density QCD

MMN Forbes, AR Zhitnitsky - Physical Review. D, Particles Fields, 2002 - inis.iaea.org
[en] We show that several types of global strings occur in color superconducting quark
matter due to the spontaneous violation of relevant U (1) symmetries. These include the …

Global strings in high density QCD

MMN Forbes, AR Zhitnitsky - Phys. Rev. D, 2002 - inspirehep.net
We show that several types of global strings occur in colour superconducting quark matter
due to the spontaneous violation of relevant U (1) symmetries. These include the baryon U …

Global strings in high density QCD

MM Forbes, AR Zhitnitsky - Physical Review D, 2002 - ui.adsabs.harvard.edu
We show that several types of global strings occur in color superconducting quark matter
due to the spontaneous violation of relevant U (1) symmetries. These include the baryon U …

Global Strings in High Density QCD

MMN Forbes, AR Zhitnitsky - arXiv preprint hep-ph/0109173, 2001 - arxiv.org
We show that several types of global strings occur in colour superconducting quark matter
due to the spontaneous violation of relevant U (1) symmetries. These include the baryon U …