Closed FLRW universes glued across Einstein–Rosen bridges have larger values of this quantity than the relativistic maximum and are known as Wheeler's "bags of gold." The negative of the trace of the product of the density matrix and its natural logarithm is von Neumann's [NOY-mahn's] type of this quantity. This quantity is always non-negative for a cyclic process according to Clausius's theorem. Bekenstein derived a constant of proportionality o
Closed FLRW universes glued across Einstein–Rosen bridges have larger values of this quantity than the relativistic maximum and are known as Wheeler's "bags of gold." The negative of the trace of the product of the density matrix and its natural logarithm is von Neumann's [NOY-mahn's] type of this quantity. This quantity is always non-negative for a cyclic process according to Clausius's theorem. Bekenstein derived a constant of proportionality of "one-half times ln 2 over 4 pi" between black hole (*) area and this quantity. The integral of dQ over T equals this quantity. Processes that are both adiabatic and reversible have constant values for this quantity. This quantity, the conjugate variable of temperature, must always increase in the universe according to the second law of thermodynamics. For 10 points, name this quantity, symbolized S, which measures the disorder in a system.
Closed FLRW universes glued across Einstein–Rosen bridges have larger values of this quantity than the relativistic maximum and are known as Wheeler's "bags of gold.
entropy [prompt on S until it is read] &lt;JL, Phys&gt; IF THE GAME IS TIED AT THIS POINT, READ A QUESTION FROM THE TIEBREAKER PACKET. THEN, FOLLOW THE INSTRUCTIONS IN THE TIEBREAKER PACKET. Bonuses