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wolram
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I know this question has been asked before but i can not find it, if energy is effected by gravity how does it scale.
wolram said:I know this question has been asked before but i can not find it, if energy is effected by gravity how does it scale.
According to the theory of general relativity, energy does indeed gravitate. This means that any form of energy, whether it be kinetic, potential, or thermal energy, can produce a gravitational field.
Energy can produce a gravitational field because of the relationship between energy and mass. In Einstein's famous equation E=mc², energy and mass are directly proportional. This means that any form of energy, due to its mass-like properties, can warp the fabric of space-time and create a gravitational field.
The principles of general relativity state that matter and energy are interchangeable, and thus, they both gravitate in the same way. However, matter has a much larger gravitational effect due to its relatively large mass compared to energy.
Yes, energy waves, such as electromagnetic waves, can also gravitate. This is because they are made up of photons, which have energy and thus, mass. These photons can warp space-time and produce a gravitational field, just like any other form of energy.
The gravitation of energy plays a significant role in the structure and evolution of the universe. It helps to form and hold together galaxies, stars, and other celestial bodies. Without the gravitation of energy, the universe would look very different and may not have been able to support life as we know it.