A Comprehensive Theory of Everything: Unifying Fundamental Forces and Particles

We present a novel Theory of Everything (ToE) that successfully unifies the fundamental forces and particles within a consistent and mathematically robust framework. This theory extends the Standard Model by incorporating additional gauge symmetries, fermions, and scalar fields to achieve anomaly cancellation and ensure renormalizability. We perform a comprehensive analysis of the renormalization group equations (RGEs) to demonstrate the perturbative stability of the model up to the Planck scale. Furthermore, we investigate the vacuum stability of the scalar potential and explore the phenomenological implications, including predictions for particle spectra and potential experimental signatures. Our findings provide a promising pathway towards a unified description of all fundamental interactions.