Геометрическое происхождение квантовой механики и предсказания для будущих коллайдеров: гипотеза "3+4"

Key Points

• The research aims to explore the geometric underpinnings of quantum mechanics and derive predictions for future particle colliders.
• Introduced a geometric hypothesis based on imaginary units of complex numbers, quaternions, and octonions.
• Analyzed projections of real compactified spatial dimensions of G2-manifold into observable 3+1 spacetime.
• Predicted a vector resonance (V) with a mass of 7.09 TeV and an axial partner (A) with a mass of approximately 13.5 TeV.
• Identified a rich light sector including axiversum, sterile neutrinos, and dark photons.