when it comes to projecting how those trends might play out or where innovation could take us, years into the future.
Starting with a strict interpretation of equations describing perfectly round masses that don't rotate, the pair describe the behavior of ideal models of microscopicforming in a tight space jam-packed with energy.
The concept of a battery made of tiny, charged black holes, held together in separate cells before two oppositely charged black holes are brought together in a controlled way to release energy. of mass – which is roughly 22 times the energy obtained from burning one kilogram of oil.
The pair aren't the first team to suggest such a wild idea, which just goes to show the gravity of the energy transition we face, to power the world without burning fossil fuels that are cooking the planet., but Haug and Spavieri reason the charged black holes described by the Reissner–Nordström metric are eight times more energy-dense.
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