We calculate 0++, 2++ and 1−+ correlation functions for a wide range of momenta in a high statisticsSU(3) study on an 84 lattice: 28,000 sweeps at β=5.7 and 18,000 at β=5.9. We obtain an accurate confirmation of the restoration of the continuum relativistic dispersion relation,E2=p2+m2, and of rotational invariance. We obtain accurate 2++ mass estimates up to two lattice spacings, and confirm consistency with asymptotic scaling. For the 1−+ the results are much poorer and we can only present some very crude mass estimates. We compare our 0++ data to our previous calculations with a source, and make some statements about the relative efficiencies of source and variational calculations in this range of couplings
We calculate the 0+ and 2+ glueball masses at several values of the coupling and verify compatibilit...
AbstractA Padé approximation approach, rooted in an infrared moment technique, is employed to provid...
Gauge-balls and glueballs are studied in pure U(1) and SU(2) Lattice Gauge Theories. In the U(1) th...
We have calculated the glueball masses of various spins and parities in SU(3) gauge theory. Our firs...
We calculate glueball masses and the string tension on lattices as large as 204 and at couplings as ...
We perform a variational calculation of the masses of glueballs of various spins and parities in SU(...
We calculate the glueball mass spectrum in theSU (3) lattice regularized gauge theory. We find fourl...
The multi-hit technique proposed by Parisi, Petronzio and Rapuano for the measurement of correlation...
Glueball spectrum is studied using an improved gluonic action on asymmetric lattices in the pure SU(...
Glueball spectrum is studied using an improved gluonic action on asymmetric lattices in the pure SU(...
We make use of the global symmetries of the Yang-Mills theory on the lattice to design a new computa...
We calculate 0+ and 2+ correlation functions using an improved method. On small physical volumes we ...
Masses of all the glueballs which are created by 6- or 7-hnk operators are calculated to order g- s ...
We calculate the scalar and tensor glueball masses on large lattices (ranging from 8 4 to 10 3 × 12)...
We calculate the scalar and tensor glueball masses on large lattices (ranging from 8 4 to 10 3 × 12)...
We calculate the 0+ and 2+ glueball masses at several values of the coupling and verify compatibilit...
AbstractA Padé approximation approach, rooted in an infrared moment technique, is employed to provid...
Gauge-balls and glueballs are studied in pure U(1) and SU(2) Lattice Gauge Theories. In the U(1) th...
We have calculated the glueball masses of various spins and parities in SU(3) gauge theory. Our firs...
We calculate glueball masses and the string tension on lattices as large as 204 and at couplings as ...
We perform a variational calculation of the masses of glueballs of various spins and parities in SU(...
We calculate the glueball mass spectrum in theSU (3) lattice regularized gauge theory. We find fourl...
The multi-hit technique proposed by Parisi, Petronzio and Rapuano for the measurement of correlation...
Glueball spectrum is studied using an improved gluonic action on asymmetric lattices in the pure SU(...
Glueball spectrum is studied using an improved gluonic action on asymmetric lattices in the pure SU(...
We make use of the global symmetries of the Yang-Mills theory on the lattice to design a new computa...
We calculate 0+ and 2+ correlation functions using an improved method. On small physical volumes we ...
Masses of all the glueballs which are created by 6- or 7-hnk operators are calculated to order g- s ...
We calculate the scalar and tensor glueball masses on large lattices (ranging from 8 4 to 10 3 × 12)...
We calculate the scalar and tensor glueball masses on large lattices (ranging from 8 4 to 10 3 × 12)...
We calculate the 0+ and 2+ glueball masses at several values of the coupling and verify compatibilit...
AbstractA Padé approximation approach, rooted in an infrared moment technique, is employed to provid...
Gauge-balls and glueballs are studied in pure U(1) and SU(2) Lattice Gauge Theories. In the U(1) th...