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We study the formation of stable bright solitons in quasi-one-dimensional(quasi-1D) spin-orbit- (SO-) and Rabi-coupled two pseudospinor dipolarBose-Einstein condensates (BECs) of 164 Dy atoms in the presence of repulsivecontact interactions. As a result of the combined attraction-repulsion effectof both interactions and the addition of SO and Rabi couplings, two kinds ofground states in the form of self-trapped bright solitons can be formed, aplane-wave soliton (PWS) and a stripe soliton (SS). These quasi-1D solitonscannot exist in a condensate with purely repulsive contact interactions and SOand Rabi couplings (no dipole). Neglecting the repulsive contact interactions,our findings also show the possibility of creating PWSs and SSs. When thestrengths of the two interactions are close to each other, the SS develops anoscillatory instability indicating a possibility of a breather solution,eventually leading to its destruction. We also obtain a phase diagram showingregions where the solution is a PWS or SS.

Quasi-one-dimensional spin-orbit- and Rabi-coupled bright dipolar Bose-Einstein-condensate solitons