  Proposals for physics beyond the standard model often include new colored
particles at or beyond the scale of electroweak symmetry breaking. Any new
particle with a sufficient lifetime will bind with standard model gluons and
quarks to form a spectrum of new hadrons. Here we focus on colored particles in
the octet, decuplet, 27-plet, 28-plet and 35-plet representations of SU(3)
color because these can form hadrons without valence quarks. In every case,
lattice creation operators are constructed for all angular momentum, parity and
charge conjugation quantum numbers. Computations with fully-dynamical lattice
QCD configurations produce numerical results for mass splittings within this
new hadron spectrum. A previous quenched lattice study explored the octet case
for certain quantum number choices, and our findings provide a reassessment of
those early results.
