  We investigate a mechanical method to manipulate magnetic Bloch Skyrmions by
applying an electric field in a composite chiral-magnetic (CM)/ferroelectric
(FE) bilayer. The magnetoelectric coupling at the interface allows the electric
field to stimulate magnetic ordering. Therefore it offers the possibility to
generate Skyrmions [Phys. Rev. B 94, 014311 (2016)]. Here, we design a movable
and localized electric field source to drive skyrmion transport along the
bilayer. A traveling velocity of the electric field source must be carefully
chosen to show the stability and effciency of this process. The effects of high
speed operation will be discussed.
