Gravitational singularity

For smaller stars when the nuclear fuel is exhausted and there are no more nuclear reactions opposing gravity the repulsive forces among the electrons within the star eventually generate enough pressure to prevent further gravitational collapse. The star then starts to cool and “die peacefully” comparatively, this type of star is called a white dwarf. When a very massive star about fifteen times the mass of the Sun collapses after it has exhausted its nuclear fuel it explodes

If theories of their existence are true, black holes are the most powerful force in the known physical universe. Many people are familiar with the term black hole, but few people actually know anything about them. A black hole forms as a result of a massive star running out of fuel to burn (Chaisson, 193). Once the star is no longer exerting outward force by burning off gases, it begins to collapse under it’s own intense, inward gravity (Chaisson, 193). It is like slowly letting the air out of a

Without Einstein’s work in physics, our society would not be as knowledgeable as it is now. Albert Einstein was a famous physicist born in March 14, 1879. Throughout his life, he created theories that greatly contributed to science and are still used today. The start of his Physics career starts in 1896 when he was admitted to the Polytechnic in Zurich to attain a teaching degree in mathematics and physics. He graduates in 1900, however, he does not find work as a teacher and eventually works in

strangely similar to dividing a number by zero, being black holes, or a gravitational singularity (a single point in space with a certain mass, equating to a density where the mass of the object is divided by zero). Just like dividing by zero, black holes are usually represented as an undefined point in

Kabbalah they say there are 125 worlds between anyone and the creator and that they must go through each one to finally come in contact with the creator himself. There are a few ways universes can form. One is they can form from a black hole singularity. The most popular theory is that the big bang made the universe. An that a second after it formed millions of atoms were formed. As of right now there are 10^82nd atoms in the observable universe. A big bounce could be a universe expanding to

Stellar Black Holes While gobbling up light and matter, a stellar black hole can also help hold a galaxy together. The gravitational pull of a stellar black holes is so strong that even light itself cannot escape it. Even though black holes can be dangerous, they can also be helpful. Stellar black holes are the result of a star reaching the end of its life and then collapses upon itself. A stellar black hole is formed when a gianormous star collapses upon itself. When a stellar black hole forms,

Throughout the modern era of astronomy, a single type of celestial object has puzzled astronomers more than any other. Black holes, whose existence was only verified in the early 1990’s, have fascinated scientists ever since Einstein first proposed the theoretical concept in the 1930’s. A black hole is an object so tiny, but also so dense, that it has the power to pull planets, stars, and even light into its core, and ultimately destroy everything in its path. Over the past decade much has been discovered

this part of the black hole the gravity is not as strong. Secondly, the Inner Event Horizon in this part of the black hole it is too strong for an object to escape. Thirdly, the Singularity is the center of the black hole which is a crushed star about the size of an atom, the smaller the atom gets the stronger the gravitational pull is. This part is the strongest of all three. Researchers today still study the mystery of black

extrapolation from current working models can be used to speculate about the universe 's early development. The leading theory on the early development of the universe is the Big Bang theory, which puts forth the idea that the universe expanded from a singularity, or a single point.[1] The Big Bang laid the seeds that lead to the development of planets that support life. Like the lifespan of a star, the duration of the universe may also be finite. This finite duration is a shared property of stars, life

Since the dawn of the man we have been wanderers and explorers, looking up at the night sky, studying the stars, and pondering the origin of them. How did we get here? Who are we? Why are we here? Why does anything exist? These are questions that have baffled us since we first looked to the stars, and still do continue to linger amongst us. Will we ever know the answer to these questions? This cannot be easily answered, for we uncover new mysteries every day, but with the uncovering of one mystery