Relativity
Nothing can go faster than the speed of this.
Light
Dying stars that are less than 8 solar masses leave behind this.
White Dwarf
Supernovae in our own galaxy are visible with this unclothed optical object.
Naked Eye
This is the remaining core after a supernova.
Neutron Star
This object is produced from a collapsed Neutron Star that is more than 3 solar masses.
Black Hole
This man developed these theories, Special and General.
Einstein
It would take about this many teaspoons of a white dwarf to weight about 15 tons.
One
One example of a visible supernovae is this one which occurred in 1054.
Crab Nebula
The size of a Neutron Star is comparable to this city.
New York City
Black Holes warp space-time so much that not even this can escape.
Light
The unification of space and time.
Spacetime
In the case of a white dwarf, there is not enough of this to overcome Electron Degeneracy Pressure.
Gravity
There are two types of this, which result from a massive star whose core collapses then recoils with an explosion.
Supernova
Teaspoon
These are the particles of light that cannot escape black hole gravity.
Photons
This will happen to matter in the presence of spacetime.
Warp
This extreme point of a White Dwarf is about 1.4 Solar masses.
Maximum
Heavy these are created through tremendous nuclear energy and sent into the universe upon a supernova explosion.
Elements
This is a Neutron star spinning very rapidly.
Pulsar
The Schwarzchild radius from which nothing can escape a black hole is called this.
Event Horizon
General Relativity has been verified by _________ certain things like the precession of Mercury.
Predicting
This color star is one that has less than 0.08 solar masses.
Brown
If 4 Alpha particles combined, this element would be the result.
Oxygen
Solar Masses
An object approaching a black hole, although it appears to stop moving, will experience these forces and be torn apart.
Tidal