Dual fractal damping (Newton + ψ/Ω) now reproduces M31 rotation curve without DM halos.
• 1 kpc: 188 km/s (obs 170)
• 5 kpc: 236 km/s (obs 200)
• 20–30 kpc: 226→221 km/s (obs 225→220)
• Outer plateau within ±1 km/s
• Chi² improved from ~426 → ~50
github.com/SvenKoenigsm...
Dual fractal damping (Newton + ψ/Ω) now reproduces M31 rotation curve without DM halos.
• 1 kpc: 188 km/s (obs 170)
• 5 kpc: 236 km/s (obs 200)
• 20–30 kpc: 226→221 km/s (obs 225→220)
• Outer plateau within ±1 km/s
• Chi² improved from ~426 → ~50
github.com/SvenKoenigsm...
same values as in UDGs & the Milky Way.
One geometry.
One law across galaxies. 🌌
Full results:
github.com/SvenKoenigsm...
same values as in UDGs & the Milky Way.
One geometry.
One law across galaxies. 🌌
Full results:
github.com/SvenKoenigsm...
3D-KGT (x ≈ 6.19) outperforms BTFR across SPARC galaxies.
📄 Report: github.com/SvenKoenigsm...
🚀
3D-KGT (x ≈ 6.19) outperforms BTFR across SPARC galaxies.
📄 Report: github.com/SvenKoenigsm...
🚀
github.com/SvenKoenigsm...
github.com/SvenKoenigsm...
Fractal Φ-scaling + ψ-backflow → x ≈ 4 (matches observations).
No dark matter halos needed.
📄 PDF: github.com/SvenKoenigsm...
Fractal Φ-scaling + ψ-backflow → x ≈ 4 (matches observations).
No dark matter halos needed.
📄 PDF: github.com/SvenKoenigsm...
After 47 ultra-diffuse galaxies & 16 high-z lensing systems, Grok (xAI) returns:
✅ All γ-values and ψ-backflow exponents match the theoretical ranges
✅ No outliers, no contradictions
✅ KGT remains fully coherent & predictive
After 47 ultra-diffuse galaxies & 16 high-z lensing systems, Grok (xAI) returns:
✅ All γ-values and ψ-backflow exponents match the theoretical ranges
✅ No outliers, no contradictions
✅ KGT remains fully coherent & predictive
Full results now public:
🔗 github.com/SvenKoenigsm...
#DarkMatter #FractalPhysics #KGT
Full results now public:
🔗 github.com/SvenKoenigsm...
#DarkMatter #FractalPhysics #KGT
Fractal gravity, vortex dynamics, ψ-backflow fields, and Φ-scaling — a unified framework connecting galaxy rotation, dark matter distribution, and cosmological scaling laws.
GitHub Repository:
🔗 github.com/SvenKoenigsm...
The geometry works.
The scaling works.
The physics aligns.
More validation coming soon.
The geometry works.
The scaling works.
The physics aligns.
More validation coming soon.
Predicted scaling behavior aligns with independent simulations across:
• MACS J0416
• AS1063
• Abell 370
Predicted scaling behavior aligns with independent simulations across:
• MACS J0416
• AS1063
• Abell 370
Predicted γ: 1.18–1.22
Simulated (blind): 1.15–1.21–1.19
Exponent: −0.15 to −0.18 — matched exactly.
Predicted γ: 1.18–1.22
Simulated (blind): 1.15–1.21–1.19
Exponent: −0.15 to −0.18 — matched exactly.
Even at this early stage, the model’s predictions for γ-scaling and the backflow exponent match independent blind simulations — without tuning, without feedback, without prior knowledge of the input data.
Even at this early stage, the model’s predictions for γ-scaling and the backflow exponent match independent blind simulations — without tuning, without feedback, without prior knowledge of the input data.
Fractal gravity, vortex dynamics, ψ-backflow fields, and Φ-scaling — a unified framework connecting galaxy rotation, dark matter distribution, and cosmological scaling laws.
GitHub Repository:
🔗 github.com/SvenKoenigsm...
Fractal gravity, vortex dynamics, ψ-backflow fields, and Φ-scaling — a unified framework connecting galaxy rotation, dark matter distribution, and cosmological scaling laws.
GitHub Repository:
🔗 github.com/SvenKoenigsm...