This symbol denotes a particle predicted by Jaffe to be strongly bound with respect to two lambda hyperons, a hypothetical stable dibaryon.
This symbol denotes a particle predicted by Jaffe to be strongly bound with respect to two lambda hyperons, a hypothetical stable dibaryon. It also designates the expectation value of the log of the velocity distribution function, a quantity that appears in a statement that inspired Loschmidt's paradox. That theorem holds that the quantity associated with this symbol decreases for an ideal gas undergoing an irreversible process, thus proving the second law of thermodynamics. Another quantity designated by this letter combines with the universal gravitational constant and the speed of light to give units of mass, length and time named for the quantity's namesake. For 10 points, name this letter associated with a theorem of Boltzmann whose lower- case form denotes the ratio between energy and frequency of a photon, a constant named for Planck.
This symbol denotes a particle predicted by Jaffe to be strongly bound with respect to two lambda hyperons, a hypothetical stable dibaryon.
{H} [or {h}]