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What is gravitational radiation?

Asked by I. Klose, Last updated: Apr 17, 2019

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3 Answers

B. Tiffney

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B. TiffneyComputer Engineer, M. Tech, Southeast Montgomery
Computer Engineer, M. Tech, Southeast Montgomery

Answered on Sep 24, 2019

Gravitational radiation is something that can become available when there are massive bodies that start to accelerate. When you accelerate, this can actually be enough to form radiation but because of gravity, the acceleration becomes weak and gravitational radiation does not happen. Massive objects may be stronger so it will be hard to control the gravitational radiation from happening at this point in time.

Most of the time, this goes by undetected but there are instances when they can be detected because the forces are too strong. One example of this is when black holes collide with each other. This event is too strong that the difference can be easily seen and detected.

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L. Thornton

Curious about the World

L. ThorntonStudent, MBA, Los Angles
Student, MBA, Los Angles

Answered on Apr 17, 2019

Before discussing gravitational radiation, let’s talk gravitational waves, as they play a huge role in gravitational radiation. Gravitational waves are created when there is a disturbance in space and time, which creates curvature that radiates outward from the center of accelerated masses. Mass is what causes these waves to curve outward from the source, and the more mass within a certain volume of space then there is more curvature seen in the waves seen at the boundary of space and time.
These curves change as the objects (white dwarfs, neutron stars, or black holes collisions) move around reflecting that the objects have moved. Sometimes, when objects accelerate, the curve will also move outward at the speed of light in a wave-like manner. These activities are referred to as gravitational waves.

Before discussing gravitational radiation, let’s talk gravitational waves, as they play a
Everything creates energy, regardless of what it is, and in this case, these waves create energy. When massive bodies move quickly, radiant energy is created, but because gravity is weak, it can only be detected when intense astrophysical events occur, i.e. black holes colliding and supernovae. The energy that is produced by these waves that occur when massive bodies collide is referred to as gravitational radiation.

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L. Brett

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L. BrettSales Manager, MBA, Detroit
Sales Manager, MBA, Detroit

Answered on Apr 03, 2019

Gravitational radiation are waves that cause disturbances in the curvature of time and space. They are generated, or caused, by accelerated masses, meaning things that take up space. They come in waves in an outward motion from the source and come at the speed of light. They can be described as an invisible ripple in space. That means they can't be seen but they are certainly there. There are ways to know they are there that scientists rely upon.

Gravitational radiation are waves that cause disturbances in the curvature of time and space. They

They are proven and they are real. They have been known about for many years, over one hundred years, in fact. But they are not known to just everyone. Still...they are there. They are very, very fast too and perplexing at the same time. It is speculated that they will eventually usher in a whole new type of astronomy. We shall see about that.

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