In Ref. 1, the author claimed that the problem epsilony'' = y3 is solu
ble only for a certain range of the parameter epsilon. An analytic app
roach, as adopted in the following contribution, reveals that a unique
solution exists for any positive value Of epsilon. The solution is gi
ven in closed form by means of Jacobian elliptic functions, which can
be numerically computed very efficiently. In the limit epsilon --> 0+,
the solutions exhibit boundary-layer behavior at both endpoints. An e
asily interpretable approximate solution for small epsilon is obtained
using a three-variable approach.