  We propose a Corbino-disk geometry of a graphene membrane under out-of-plane
strain deformations as a convenient path to detect pseudo-magnetic and electric
fields via electronic transport. The three-fold symmetric pseudo-magnetic field
changes sign six times as function of angle, leading to snake states connecting
the inner and outer contacts and to nearly quantized transport. For dynamical
strain obtained upon AC gating, the system supports an AC pseudo-electric field
which, in the presence of the pseudo-magnetic field, produces a net electronic
charge current in the absence of an external voltage, via a pseudo-Hall effect.
