  Fast and dynamical control of quantum phases is highly desired in the
application of quantum phenomena in devices. On the experimental side,
ultrafast laser pulses provide an ideal platform to induce femtosecond dynamics
in a variety of materials. Here, we show that a laser pulse driven heavy
fermion system, can be tuned to dynamically evolve into a phase, which is not
present in equilibrium. Using the state-of-the-art time-dependent variational
Monte Carlo method, we perform numerical simulations of realistic laser pulses
applied to the Kondo Lattice model. By tracking spin and charge degrees of
freedom we identify a dynamical phase transition from a charge ordered into a
metallic state, while preserving the spin order of the system. We propose to
use higher harmonic generation to identify the dynamical phase transition in an
ultrafast experiment.
