paper

Noncommutative Geometry as a Regulator

arXiv:hep-th/0003232 · doi:10.1103/PhysRevD.63.025004

Abstract

We give a perturbative quantization of space-time in the case where the commutators of the underlying algebra generators are not central . We argue that this kind of quantum space-times can be used as regulators for quantum field theories . In particular we show in the case of the theory that by choosing appropriately the commutators we can remove all the infinities by reproducing all the counter terms . In other words the renormalized action on plus the counter terms can be rewritten as only a renormalized action on the quantum space-time . We conjecture therefore that renormalization of quantum field theory is equivalent to the quantization of the underlying space-time .

Latex, 30 pages, no figures,typos corrected,references added . Substantial amount of rewriting of the last section . Final interesting remarks added at the end of the paper

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