Gravity, Dark Matter, and Cosmology from Walker-Wang Topological Phase — Paper VIII (v3)

Key Points

• This research aims to explore the relationships between gravity, dark matter, and cosmology through topological phase theory.
• Developed a theoretical framework incorporating quantum dimensions and topological phases.
• Calculated effective gravitational constant and its relation to dark matter via bulk anyons.
• Derived formulas for gravitational wave dispersion and cosmological constants based on topological concepts.
• Derived new expressions for Newton's constant and gravitational wave coefficients based on quantum aspects.
• Predicted dark matter characteristics with mass around 77 TeV linked to topological stability.
• Identified six parameter-free predictions that could guide future experimental observations.