  There is a number of indications that scattering amplitudes in the
Aharony-Bergman-Jafferis-Maldacena theory might have a dual description in
terms of a holonomy of a supergauge connection on a null polygonal contour in a
way analogous to the four-dimensional maximally supersymmetric Yang-Mills
theory. However, so far its explicit implementations evaded a successful
completion. The difficulty is intimately tied to the lack of the T-self-duality
of the sigma model on the string side of the gauge/string correspondence.
Unscathed by the last misfortune, we initiate with this study an application of
the pentagon paradigm to scattering amplitudes of the theory. With the language
being democratic and nondiscriminatory to whether one considers a Wilson loop
expectation value or an amplitude, the success in the application of the
program points towards a possible unified observable on the field theory side.
Our present consideration is focused on two-loop perturbation theory in the
planar limit, begging for higher loop data in order to bootstrap current
analysis to all orders in the 't Hooft coupling.
