Science Beyond the Black Holes. Do They Obey the Laws of Physics?
Tags: Black Holes, Space Travel, Astrologer, Space Exploration, Cosmology

Science Beyond the Black Holes. Do They Obey the Laws of Physics?

A Black Hole is a place in space where gravity pulls so much that even light cannot escape.

Introduction of Black holes:

The boundary of a black hole is called “Event Horizon”. When something crosses the event horizon, it collapses into the black holes singularity,an infinitely small, infinitely dense point.

Where the space,time,and the laws of physics no longer apply.Scientists have theorized several different types of black holes.

Types of Black Holes

Stellar Black holes, Super Massive Black holes are being the most common.

Stellar Black holes:

Stellar black holes form when the massive stars die and collapse, they’re roughly 10 to 20 times the mass of our Sun and scattered throughout the universe.

There could be millions of these stellar black holes in the “Milky Way” alone.

Image taken from the National Geographic Channel

The above picture is an example of the stellar black hole.

Super Massive Black holes:

There are giants by comparison, measuring millions,even billions of times, more massive than our “Sun”.

Scientists can only guess how they form, but we do know they exists at the center of just about every large galaxy, including our own.

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This is the super massive black hole and the gravitational force is tremendous more than our sun.

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Sagittarius A, the super massive black hole at the center of the milky way, has a mass of roughly four millions Suns and has diameter about the distance between the earth and our sun.

How can be detect a Black hole in space?

Black holes are invisible,the only way for scientists to detect and study than is to observe their effect on near by Matter.

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In the above picture this is accretion disk,a disk of particles that form when gases and dust fall towards a black hole, and quasars ,jets of particles that blash out of super massive black holes.

Black holes remained largely unknown until the 20th century.In early 1917,using “Einstein’s General Theory of Relativity”, a German physicist named “Karl Schwartzschild” calculated that any mass can become a “Black Hole”,if it were compressed tightly enough.But it wasn’t until 1971 when theory became reality.

Astronomers studying the constellation “Cygnus” discovered the first Black hole.An untold number of black holes are scattered throughout the universe, constantly warping, space and time, altering entire galaxies and endlessly inspiring both scientists and our collective imagination.

How Black Holes can be end??

In the 1974, “Stephen Hawking” discovered that his phenomenon shows that black holes are “Gradually Evaporating”.

But over incredibly long periods of time black holes loses his mass and they shed the particles away from their event horizons.

Critically, it seems as though that evaporating particles are unrelated to the information the black holes encodes suggesting that a black hole and all the “Quantum information” it contains could be completely Erased.

Quantum information in physics any object having the quantum information.

Example of an apple is an object taken and crush it,but it stills have the quantum information like the “Atomic Structure” of an object.

Like that any object fall into the black hole the quantum information is completely Erased.

Researchers are investigating a board range of possible solutions to the information is a paradox.

Some have theorized that information actually is encoded in the “Radiation” and that is called as “Hawking Radiation”.