  We argue that supersymmetry with its well known advantages, such as
naturalness, grand unification and dark matter candidate seems to possess one
more attractive feature: it may trigger, through its own spontaneous violation
in the visible sector, a dynamical generation of gauge fields as massless
Nambu-Goldstone modes during which physical Lorentz invariance itself is
ultimately preserved. We consider the supersymmetric QED model extended by an
arbitrary polynomial potential of massive vector superfield that breaks gauge
invariance in the SUSY invariant phase. However, the requirement of vacuum
stability in such class of models makes both supersymmetry and Lorentz
invariance to become spontaneously broken. As a consequence, massless photino
and photon appear as the corresponding Nambu-Goldstone zero modes in an
emergent SUSY QED, and also a special gauge invariance is simultaneously
generated. Due to this invariance all observable relativistically noninvariant
effects appear to be completely cancelled out among themselves and physical
Lorentz invariance is recovered. Nevertheless, such theories may have an
inevitable observational evidence in terms of the goldstino-photino like state
presented in the low-energy particle spectrum. Its study is of a special
interest for this class of SUSY models that, apart from some indication of an
emergence nature of QED and the Standard Model, may appreciably extend the
scope of SUSY breaking physics being actively studied in recent years.
