  We present a review of the measurements of elliptic flow ($v_{2}$) of light
nuclei ($d$,$\bar{d}$, $t$, $^{3}\rm He$, and $^{3}\overline{\rm He}$) from the
RHIC and LHC experiments. Light (anti)nuclei $v_{2}$ have been compared with
that of (anti)proton. We observed a similar trend in light nuclei $v_{2}$ to
that in identified hadron $v_{2}$ with respect to the general observations such
as ($p_{\rm T}$) dependence, low $p_{\rm T}$ mass ordering, and centrality
dependence. We also compared the difference of nuclei and antinuclei $v_{2}$
with the corresponding difference of $v_{2}$ of proton and antiproton at
various collision energies. Qualitatively they depict similar behavior. We also
compare the data on light nuclei $v_{2}$ to various theoretical models such as
blast-wave and coalescence. We then present a prediction of $v_{2}$ for
$^{3}\rm He$ and $^{4}\rm He$ using coalescence and blast-wave models.
