In mathematics, Jacob's ladder is a surface with infinite genus and two ends It was named after Jacob's ladder by because the surface can be constructed as the boundary of a ladder that is infinitely long in both directions.
The surface can be constructed as the boundary of a ladder that is infinitely long in both directions. In mathematics, Jacob's ladder is a surface with infinite genus and two ends, named by.
In mathematics, Jacob's ladder is a surface with infinite genus and two ends, named by. The surface can be constructed as the boundary of a ladder that is infinitely long in both directions.
In mathematics, Jacob's ladder is a surface with infinite genus and two ends, named by. The surface can be constructed as the boundary of a ladder that is infinitely long in both directions.