  One of the goals of modern spectroscopy is to invent techniques which detect
neutral excitations that have been theoretically proposed. For superconductors,
two point transport measurements detect the Andreev crossed reflection which
confirms the existence of the Majorana fermions. Similar information can be
obtained from a measurement using two piezoelectric transducers. One transducer
measures the stress tensor response from the strain field generated by the
second transducer. The ratio between the stress response and strain velocity
determines the dissipative response. We will show that the dissipative stress
response can be used for a Topological Superconductor. We will investigate a
Topological Superconductor in a magnetic field, an Abrikosov vortex lattice
with Majorana dispersive fermions is formed which is used to compute the
dissipative stress response and identify the Majorana fermions and
quasi-particles.
