ML-Driven Strong Lens Discoveries: Down to $theta_E sim 0.03”$ and $M_mathrm{halo}< 10^{11} M_odot$

ML-Driven Strong Lens Discoveries: Down to $theta_E sim 0.03”$ and $M_mathrm{halo}< 10^{11} M_odot$ Ethan Silver, R. Wang, Xiaosheng Huang, A. Bolton, C. Storfer, S. Banka arXiv:2507.01943v1 Announce Type: new Abstract: We present results on extending the strong lens discovery space down to much smaller Einstein radii ($theta_Elesssim0.03''$) and much lower halo mass ($M_mathrm{halo}arXiv:2507.01943v1 Announce Type: new Abstract: We present results on extending the strong lens discovery space down to much smaller Einstein radii ($theta_Elesssim0.03''$) and much lower halo mass ($M_mathrm{halo}