<ul><li>This paper presents a novel 4D spiral model designed to address the Yang-Mills mass gap problem in theoretical math and physics.</li><li>The model utilizes parametric equations to capture the geometric representation of energy gaps, demonstrating the consistency of non-zero gaps across different parameter sets.</li><li>Visualizations are provided to illustrate the circular motion in 2D, vertical growth in 3D, and the complexity of the fourth dimension in a 4D representation.</li><li>The model offers a fresh perspective on gauge theories and invites further exploration in the context of non-zero gaps.</li></ul>

A novel 4D spiral model and the Yang-Mills mass gap issue

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