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...
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...
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...
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...
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...
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...
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...
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...
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...
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...