Geometric and Topological Origin of the Glueball Mass Spectrum: A Parameter-Free Unified Framework with Lattice QCD and Experimental Predictions

Key Points

• To establish a unified framework that connects geometric and topological factors influencing glueball mass spectra without relying on parameters.
• Utilized a parameter-free approach to analyze the glueball mass spectrum
• Applied lattice QCD techniques to derive mathematical predictions
• Compared theoretical findings with existing experimental data
• Demonstrated a clear correlation between geometric/topological characteristics and glueball mass spectra
• Identified specific mass ratios consistent with predictions from lattice QCD
• Found potential implications for future experimental verification of glueball states