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Qaiphyx
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that it would burn everying in a 90 mile radius, or something like that, is this correct? Would this be the same as if the equivelant amount of hydrogen atoms fused all at once together?
That doesn't sound right.Qaiphyx said:that it would burn everying in a 90 mile radius, or something like that, is this correct? Would this be the same as if the equivelant amount of hydrogen atoms fused all at once together?
If you were able to extract a piece of the sun the size of a pinpoint, it would immediately vaporize due to the intense heat and pressure of the sun's core. It is not possible to physically take a piece of the sun due to its extreme conditions.
No, it is not possible to safely transport a piece of the sun to Earth. The extreme conditions of the sun, including its intense heat, radiation, and gravitational pull, make it impossible for any object to survive the journey.
The weight of a pinpoint-sized piece of the sun would be extremely heavy, as the sun's mass is approximately 333,000 times that of Earth. However, the intense heat and pressure would immediately vaporize the piece, making it difficult to accurately measure its weight.
The sun's core is incredibly hot, with temperatures reaching up to 27 million degrees Fahrenheit. This extreme heat is generated by the fusion of hydrogen atoms, which releases massive amounts of energy.
Currently, it is not possible to create a miniature sun on Earth. The extreme conditions and advanced technology required to sustain a fusion reaction like the sun's are not yet achievable. However, scientists continue to research and develop methods for harnessing fusion energy as a potential source of sustainable energy in the future.