SU(3) Local Gauge Field Theory as Effective Dynamics of Composite Gluons |
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Authors: | Thomas Fuß |
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Institution: | (1) Institute of Theoretical Physics, University of Tübingen, Auf der Morgenstelle 14, 72076 Tübingen, Germany |
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Abstract: | The effective dynamics of quarks is described by a nonperturbatively regularized NJL model equation with canonical quantization and probability interpretation. The quantum theory of this model is formulated in functional space and the gluons are considered as relativistic bound states of colored quark-antiquark pairs. Their wave functions are calculated as eigenstates of hardcore equations, and their effective dynamics is derived by weak mapping in functional space. This leads to the phenomenological SU(3) gauge invariant gluon equations in functional formulation, i.e., the local gauge symmetry is a dynamical effect resulting from the dynamics of the quark model. |
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Keywords: | functional quantum field theory self-coupled spinorfields composite gluons effective gauge field theory |
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