  The current understanding of chirality suggests the existence of a connection
between structure and angular momentum, including spin. This is particularly
emphasised in the chiral induced spin selectivity effect, where chiral
structures act as spin filters. However, the recent discovery of chiral phonons
have demonstrated that phonons too may carry angular momentum which also can be
regarded as magnetic moments which add to the total moment. Here, it is shown
that chiral phonons may induce a non-trivial spin-texture in an otherwise
non-magnetic electronic structure. By considering a set-up in which electrons
and phonons are interfaced with each other, it is shown that chiral phonons may
transfer its angular momentum into the electron reservoir which, thereby,
becomes spin-polarized. It is, moreover, shown that an equivalent mechanism
does not exist whenever the electrons are interfaced with achiral phonons.
