Contributions from light-by-light scattering to $(g_\mu-2)/2$, the
anomalous magnetic moment of the muon,
are mediated by the exchange of charged fermions or
scalar bosons.
Assuming large masses $M$ for the virtual particles and employing the
technique of large mass expansion, analytical results are obtained for
virtual fermions and scalars
in the form of a series in $(m_\mu /M)^2$.
This series is well convergent even for the case $M=m_\mu$.
For virtual fermions, the expansion confirms published
analytical formulae. For virtual scalars, the result can be used to
evaluate the contribution from charged pions.
In this case our result confirms already
available numerical evaluations, however, it is significantly more
precise.
