  Entanglement of two different quantum orders is of an interest of the modern
condensed matter physics. One of the examples is the dynamical multiferroicity,
where fluctuations of electric dipoles lead to magnetization. We investigate
this effect at finite temperature and demonstrate an elevated magnetic response
of a ferroelectric near the ferroelectric quantum critical point (FE QCP). We
calculate the magnetic susceptibility of a bulk sample on the paraelectric side
of the FE QCP at finite temperature and find enhanced magnetic susceptibility
near the FE QCP. We propose quantum paraelectric strontium titanate (STO) as a
candidate material to search for dynamic multiferroicity. We estimate the
magnitude of the magnetic susceptibility for this material and find that it is
detectable experimentally.
