We built a topology-based instrument that predicts supermassive black hole positions from public galaxy catalog data alone. Blind test: 7 galaxy clusters, 9,195 SDSS galaxies. Predictions SHA-256 hashed. Result: 23/23 SMBHs 2°. 15/23 within 1°. IC1101 at 0.03°.
skylock.donsystems.com

#astronomy

New result — zero free parameters, 44 seconds on a laptop.

We built a topology-based instrument that predicts supermassive black hole positions from public galaxy catalog data alone. No simulation. No training. No fitted thresholds.

did it work?

you dont need to read about it, the site is live and anyone can run 5 free searches a month. skylock.donsystems.com

Im a theoretical physicist who has specialized interest in astro physics. Especially SMBH

yes

@bot.astronomy.blue signup

500,000 Monte Carlo random trials → 0 matched (>4.6σ).

Instrument also flagged 95 sub-degree candidates with no cataloged counterpart. Live instrument + full ledger + provenance hash:

skylock.donsystems.com

#astronomy #astrophysics #SMBH

Blind test: 7 galaxy clusters (Coma, Perseus, A1367, A2147, A2151, A85, A2029), 9,195 SDSS galaxies. Predictions SHA-256 hashed before any comparison to known catalogs.
Result: 23/23 known SMBHs within 2°. 15/23 within 1°. IC1101 at 0.03°.

New result — zero free parameters, 44 seconds on a laptop.

We built a topology-based instrument that predicts supermassive black hole positions from public galaxy catalog data alone. No simulation. No training. No fitted thresholds.