Predictions are made for the structure of a second 2(+) resonance, the
soft dipole mode and unnatural parity modes in the He-6 continuum. We
use a structure model which describes the system as a three-body alph
a+N+N cluster structure, giving the experimentally known properties of
He-6 and Li-6, and use the distorted-wave impulse approximation (DWIA
) reaction theory appropriate for dilute matter. The presence of both
resonant and nonresonant structures in the halo excitation continuum i
s shown to be manifest in charge-exchange reactions as well as inelast
ic scattering with single nucleons.