Abstract
Abstract Masses of all the glueballs which are created by 6- or 7-link operators are calculated to order g−8 in pure SU(3) hamiltonian lattice gauge theory. Several low-lying states are found with masses m(0 ++∗ )∼ 1.4 m s , m(0 ++∗∗ ) ∼ 1.7 m s (∗ and ∗∗ stand for radial excitations and ms is the mass of the lowest 0++ state), m(0 −− ) ∼ 2.2 m s , m(1 +−∗ ) ∼ m(1.6 m s , m(1 −+ ) ∼ 1.8 m s , m(1 −−) ∼ 2.2 m s and m(2 ++ ) ∼ 1.3 m s . These values are obtained at the point g−2 ≅ 0.8, which lies near the scaling region.
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