Confinement in Zn lattice Gauge theories implies confinement un SU(n) lattice Higgs theories : a New look at generalized, non-linear ?-models and Yang-Mills theory

'T HOOFT, 1979, ABEL, ATIYAH, BREZIN, BRYAN, BRYDGES, CHALLIFOUR, CHAMPS SCALAIRES, COLEMAN, COLLET, CORRIGAN, D'ADDA, DELL'ANTONIO, DI VECCHIA, DIRAC, DOPLICHER, DRINFELD, DUBOIS-VIOLETTE, DURHUUS, EGUCHI, EN, EPSTEIN, EUCLIDE, FROHLICH, GAWEDSKI, GEORGELIN, GILKEY, GINIBRE, GLIMM, GOLO, GRASSMANN, GUERRA, HAAR, HANSON, HIGGS, HITCHIN, ISING, ISRAEL, ITZYKSON, JAFFE, JONA-LASINIO, JONES, KADANOFF, KATO, KOGUT, LAGRANGE, LUSCHER, MACK, MANIN, MILLS, MOUFANG, NAPPI, OSTERWALDER, PERELOMOV, PETKOVA, POHLMEYER, POLYAKOV, POTTS, PREPUBLICATION, QUARKS, SALAM, SEILER, SIMON, SINGER, SPENCER, STORA, SUSSKIND, SYMANZIK, THEORIE DE YANG-MILLS, THEORIES DES JAUGES, VILLAIN, WARD, WEINBERG, WEINGARTEN, WILSON, WITTEN, YANG, YONEYA, ZICHICHI, ZINN-JUSTIN, ZUBER

FROHLICH, “Confinement in Zn lattice Gauge theories implies confinement un SU(n) lattice Higgs theories : a New look at generalized, non-linear ?-models and Yang-Mills theory,” Archives de l'IHES, consulté le 21 septembre 2024, https://omeka.ihes.fr/document/P_79_02.pdf.

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