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That is a lower energy state, and the surplus energy makes the atoms vibrate, producing heat.
And, because inertia favors a lower energy state, the array quickly disappears.
Scientists now know the electrons pivot in the field to align at a lower energy state, releasing surplus energy.
The result shows that simulation with HSS attains a lower energy state after initial quench.
A polycrystal undergoes microstructural changes to reach a lower energy state.
The atoms almost immediately return to their lower energy state with the emission of a fluorescent X-ray.
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A 1H nucleus in the lower-energy state can move to the higher-energy state by absorbing light.
The relaxation of an excited nucleus to a lower-energy state also sometimes results in the emission of an X-ray photon.
The subsequent relaxation of the daughter nucleus to a lower-energy state results in the emission of a gamma-ray photon.
(b) MIT researchers fill up the lower-energy state with extra electrons from phosphorous atoms, which they add to the germanium.
The extra electron fills up the lower-energy state in the conduction band, causing excited electrons to, effectively, spill over into the higher-energy, photon-emitting state.
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