Schwarzschild

And it has something around it called the Schwarzschild's limit of the event horizon.

Deepak Chopra: Michio Kaku Interview By Deepak Chopra 2010

Title: Oral history interview with Martin Schwarzschild

Oral history interview with Martin Schwarzschild 1986

(They use the phrase Schwarzschild horizon, which is a combination of the term above and the Schwartzchild radius, which describes the radius necessary for a black hole to form from a given chunk of stuff) falls apart.

Anime Nano! 2008

(They use the phrase Schwarzschild horizon, which is a combination of the term above and the Schwartzchild radius, which describes the radius necessary for a black hole to form from a given chunk of stuff) falls apart.

AnimeBlogger.net Antenna 2008

These black holes are often referred to as Schwarzschild black holes after the physicist Karl Schwarzschild who discovered this solution in 1915. [

the atomic uni-verse 2008

For any given body, this critical stage of unavoidable collapse occurs when the object has collapsed to within its so-called Schwarzschild radius, which is proportional to the mass of the body.

Singularities and Black Holes Curiel, Erik 2009

The Schwarzschild is the closest analogue in a Newtonian universe (in which black holes don't exist, remember) to the surface of the black hole, and is referred to as its size (as opposed to mass) in most sources I have seen.

Deltoid 2009

The Schwarzschild is the closest analogue in a Newtonian universe (in which black holes don't exist, remember) to the surface of the black hole

Deltoid 2009

Fortunately, this simple Newtonion equation can be used to describe the radius of a black hole, also known as the Schwarzschild radius (technically, this equation is only perfectly accurate for non-rotating black holes, but it’s close enough in most cases).

Equation Answers 2008

In an ordinary uncharged ( "Schwarzschild") black hole, there is a single horizon, corresponding to the point of no return - once you pass the event horizon, you can never escape back to the rest of the world.

Cosmic Variance 2009