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No matter how small, learn how scientists can detect human gravity fields.
Technically, every single object in the universe with mass or energy emits a gravitational field, and scientists have been able to measure the gravitational field of objects far smaller than a human.
General Relativity
Einstein revolutionized our understanding of gravity with his magnum opus, the general theory of relativity. The theory transformed our perspective of gravity from a simple property of objects relating to their mass, to a view of the cosmos where space and time can bend, flex and warp in the presence of massive objects.
According to general relativity, just about everything is capable of bending spacetime: anything with mass, energy, and tension. Naturally, more massive and energetic objects bend spacetime more than less massive or energetic objects. Also, the more compact objects are, the more strongly they can bend spacetime.
For example, a typical black hole that isn’t much more massive than the Sun, but it’s compressed into such a small volume – only a few miles across – that it can create an event horizon, where nothing can escape from.
www.discovermagazine.com
Technically, every single object in the universe with mass or energy emits a gravitational field, and scientists have been able to measure the gravitational field of objects far smaller than a human.
General Relativity
Einstein revolutionized our understanding of gravity with his magnum opus, the general theory of relativity. The theory transformed our perspective of gravity from a simple property of objects relating to their mass, to a view of the cosmos where space and time can bend, flex and warp in the presence of massive objects.
According to general relativity, just about everything is capable of bending spacetime: anything with mass, energy, and tension. Naturally, more massive and energetic objects bend spacetime more than less massive or energetic objects. Also, the more compact objects are, the more strongly they can bend spacetime.
For example, a typical black hole that isn’t much more massive than the Sun, but it’s compressed into such a small volume – only a few miles across – that it can create an event horizon, where nothing can escape from.
Does Every Human Have a Detectable Gravity Field?
No matter how small, learn how scientists can detect human gravity fields.
www.discovermagazine.com
