The entropy stairway in a holographic plasma encodes twice the lowest quasi-normal mode, with entropy production rate proportional to the square of the pressure anisotropy.
Irreversibility and gravitational radiation: A proof of Bondi's conjecture
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It is shown that the evolution of an axially and reflection symmetric fluid distribution, satisfying the Tolman condition for thermal equilibrium, is not accompanied by the emission of gravitational radiation. This result, which was conjectured by Bondi many years ago, expresses the irreversibility associated to the emission of gravitational waves. The observational consequences emerging from this result are commented. The resulting models are not only non--dissipative and vorticity free, but also shear--free and geodesic, furthermore all their complexity factors vanish.
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Extracting more information from entropy
The entropy stairway in a holographic plasma encodes twice the lowest quasi-normal mode, with entropy production rate proportional to the square of the pressure anisotropy.