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We consider fermions in phosphorene through double barriers and study thecorresponding Goos-H\"anchen (GH) shift. To accomplish this, we initiallycompute the corresponding transmission amplitude by applying boundaryconditions. From the resulting transmission phase, we extract the GH shift. Ourfindings reveal that the GH shift's magnitude is contingent upon the energy ofthe incident electron and the barrier parameters. Additionally, we observe thatthe GH shift changes sign at the transmission boundaries-specifically, at thetransmission resonances occurring immediately before and after the gap region,where transmission is zero.

Electronic Goos-H\"anchen shift through double barriers in phosphorene