From four inputs ( mₑ, m_μ/mₑ, m_τ/mₑ, θ_C ) this model predicts all other SM masses and CKM/PMNS matrices. 74% fall within 1% of experiment; 18 of 19 (95 %) within 5%; all within 10%.

mortonsguide.com

#StandardModel #QuantumGeometry #OpenScience @profBrianCox @quantamagazine @newscientist

The universe’s “edge” isn’t a wall. It’s where scalar coherence fails.
The Einstein–Hilbert term switches off and geometry stops applying.

mortonsguide.com

#EmergentGravity #QuantumGravity #Cosmology #OpenScience
@newscientist @quantamagazine

What if spacetime begins not as geometry but as a topological SU(2) BF field?

This is the UV action of the Axis Model — geometry and curvature emerge only after the scalar condenses.

#QuantumGravity #EmergentSpacetime

The Axis Model predicts environment-dependent gravity: coherence loss in the scalar field weakens curvature.

Observable via lensing, rotation curves, and GW amplitude suppression.

Derived directly from the Lagrangian — open access: mortonsguide.com
#EmergentGravity #Astrophysics #OpenScience

The Axis Model derives a full Lagrangian that recovers Newton in the limit and predicts falsifiable deviations — in lensing, rotation curves, and gravitational-wave propagation.

mortonsguide.com
#EmergentGravity #Physics #OpenScience

From a single geometric field, the Axis Model reproduces the Standard Model’s fermion spectrum, mixing matrices, and the Einstein–Hilbert term as a one-loop projection.

6 papers + reproducible notebooks): mortonsguide.com
#Physics #QuantumFieldTheory #EmergentGravity #OpenScience