What do atoms in a perfectly supersymmetric world look like? In order to
address this question, we derive the spectrum of hydrogen-like atoms in the
minimally supersymmetric extension of quantum electrodynamics. It turns out
that a difference between these perfect atoms and non-supersymmetric ones is
the absence of hyperfine structure. We also comment on the drastic
differences for the formation of multi-electron atoms and molecules in a
supersymmetric world.
