A Proposal for Simulating Chiral Fermions
M. Goeckeler, G. Schierholz
TL;DR
This paper proposes a new simulation method for chiral gauge theories that overcomes the doubling problem, demonstrated through application to the chiral Schwinger model.
Contribution
It introduces a novel approach for simulating chiral gauge theories without the doubling problem, advancing computational techniques in quantum field theory.
Findings
Successfully applied to the chiral Schwinger model
Avoids the doubling problem in simulations
Demonstrates efficiency of the new method
Abstract
We describe a method for evaluating chiral gauge theories that is not plagued by the doubling problem. To demonstrate the efficiency of the approach, we apply our ideas to the chiral Schwinger model.
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