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We calculate the triton binding energy with a non-local NN potential thatfits the world NN data below 350 MeV with the almost perfect $\chi^2$/datum of1.03. The non-locality is derived from relativistic meson field theory. Theresult obtained in a 34-channel, charge-dependent Faddeev calculation is 8.00MeV, which is 0.4 MeV above the predictions by local NN potentials. Theincrease in binding energy can be clearly attributed to the off-shell behaviorof the non-local potential. Our result cuts in half the discrepancy betweentheory and experiment established from local NN potentials. Implications forother areas of microscopic nuclear structure, in which underbinding is atraditional problem, are discussed.Comment: 5 pages, REVTEX, 1 postscript figure, psfig.st

The Non-Local Nature of the Nuclear Force and its Impact on Nuclear Structure