  We identify signatures of chaos in the dynamics of discord in a multiqubit
system collectively modelled as a quantum kicked top. The evolution of discord
between any two qubits is quasiperiodic in regular regions, while in chaotic
regions, the quasiperiodicity is lost. As the initial wave function is varied
from the regular regions to the chaotic sea, a contour plot of the time
averaged discord remarkably reproduces the structures of the classical
stroboscopic map. We also find surprisingly opposite behaviour of two-qubit
discord versus two-qubit entanglement. Our calculations provide the first
evidence of signatures of chaos in dynamically generated discord.
