Possible Critical Orientations of Interacting Composite Particles

Abstract

We obtain possibly valuable information about the phase diagram linked to the critical orientations for composite matter subjected to interactions at high fermion as well as boson number density but low temperature, which is not easily accessible to experiments. Our results qualitatively resemble those proposed before by using other theories once we can calibrate our results by tuning the critical orientation and the rarefaction measure (relevant to the temperature).

Possible Frictionless States at Room-Temperature Regime for Many Fermions in Confined Domain

“…Other relevant study is, e.g., thermodynamical properties of trapped noninteracting Fermi gases in gravitational fields [3] which was originated in view of the successful experiments with the trapping and cooling of weakly interacting fermionic isotopes [4]. There is no doubt that it is important to theoretically investigate the thermodynamical and statistical properties of system of fermions even there are many approaches [5][6][7][8][9][10][11]. Here we shall investigate the possible frictionless transport of many fermions in a confined domain via a different approach considering the shearing response of many-fermion system.…”