Andrew Morton
@mortonsguide.bsky.social
Physician–scientist working at the intersection of physics, systems, and meaning.
The Axis Model derives Standard Model + gravity from scalar coherence.
The Axis Model derives Standard Model + gravity from scalar coherence.
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
This is the UV action of the Axis Model — geometry and curvature emerge only after the scalar condenses.
#QuantumGravity #EmergentSpacetime
November 6, 2025 at 2:38 AM
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
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
Observable via lensing, rotation curves, and GW amplitude suppression.
Derived directly from the Lagrangian — open access: mortonsguide.com
#EmergentGravity #Astrophysics #OpenScience
November 6, 2025 at 2:34 AM
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
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
mortonsguide.com
#EmergentGravity #Physics #OpenScience
November 6, 2025 at 2:32 AM
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
mortonsguide.com
#EmergentGravity #Physics #OpenScience