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We demonstrate that nonequilibrium nanoscopic systems with Majorana zeromodes admit special kind of universality which cannot be classified as ofstrictly transport or strictly thermodynamic nature. To reveal such kind ofMajorana universality we explore purely thermal nonequilibrium states of aquantum dot whose low-energy degrees of freedom are governed by Majorana zeromodes. Specifically, the quantum dot is coupled to a topologicalsuperconductor, supporting Majorana zero modes, as well as to two normalmetallic contacts with the same chemical potentials but different temperatures.It is shown that the Majorana universality in this setup is dual: it is storedinside both the response of the electric current, excited by exclusively thetemperature difference, and the quantum dot compressibility. The latter isdefined as the derivative of the quantum dot particle number with respect tothe chemical potential and forms a universal Majorana ratio with a properderivative of the electric current that flows in nonequilibrium states ofpurely thermal nature.

Dual Majorana universality in thermally induced nonequilibrium